text:
const assert = require('chai').assert;
const brunfaick = require('../../.');

describe('end-to-end > hello-world.b', () => {
  it('Should return the expected output.', () => {
    const program = `
    [ This program prints "Hello World!" and a newline to the screen, its
    length is 106 active command characters. [It is not the shortest.]

    This loop is an "initial comment loop", a simple way of adding a comment
    to a BF program such that you don't have to worry about any command
    characters. Any ".", ",", "+", "-", "<" and ">" characters are simply
    ignored, the "[" and "]" characters just have to be balanced. This
    loop and the commands it contains are ignored because the current cell
    defaults to a value of 0; the 0 value causes this loop to be skipped.
    ]
    ++++++++               Set Cell #0 to 8
    [
    >++++               Add 4 to Cell #1; this will always set Cell #1 to 4
    [                   as the cell will be cleared by the loop
        >++             Add 2 to Cell #2
        >+++            Add 3 to Cell #3
        >+++            Add 3 to Cell #4
        >+              Add 1 to Cell #5
        <<<<-           Decrement the loop counter in Cell #1
    ]                   Loop till Cell #1 is zero; number of iterations is 4
    >+                  Add 1 to Cell #2
    >+                  Add 1 to Cell #3
    >-                  Subtract 1 from Cell #4
    >>+                 Add 1 to Cell #6
    [<]                 Move back to the first zero cell you find; this will
                        be Cell #1 which was cleared by the previous loop
    <-                  Decrement the loop Counter in Cell #0
    ]                       Loop till Cell #0 is zero; number of iterations is 8

    The result of this is:
    Cell No :   0   1   2   3   4   5   6
    Contents:   0   0  72 104  88  32   8
    Pointer :   ^

    >>.                     Cell #2 has value 72 which is 'H'
    >---.                   Subtract 3 from Cell #3 to get 101 which is 'e'
    +++++++..+++.           Likewise for 'llo' from Cell #3
    >>.                     Cell #5 is 32 for the space
    <-.                     Subtract 1 from Cell #4 for 87 to give a 'W'
    <.                      Cell #3 was set to 'o' from the end of 'Hello'
    +++.------.--------.    Cell #3 for 'rl' and 'd'
    >>+.                    Add 1 to Cell #5 gives us an exclamation point
    >++.                    And finally a newline from Cell #6
    `;

    const output = brunfaick(program);

    const expected = 'Hello World!\n';

    assert.strictEqual(expected, output);
  });
});

redpajama_set_name: RedPajamaGithub


text:
P riestley
M ental
H ealth, Inc.
ABOUT COUNSELING
MEET OUR COUNSELORS
ABOUT Tessa
Tessa is a graduate student who provides school-based CBRS and home-based peer support services through our clinic.
Outside of our office, Tessa is a developmental milestone evaluator and intervention specialist at Utah State University.
Tessa is a mental health and human services professional with experience providing client services in the clinic, home, school, and university setting. She holds a bachelor's degree in marriage & family studies and an undergraduate certificate in human services from Brigham Young University-Idaho. She is currently completing a master's degree in clinical social work through the University of Montana and a 30-month clinical residency in psychiatric rehabilitation at Priestley Mental Health. Tessa is certified as a peer support specialist in the State of Idaho and holds an early intervention specialist credential from the Utah Department of Health. She also provides developmental evaluations (BDI evaluator) for Utah State University. As a CBRS worker in Preston classrooms, Tessa also maintains certification from the Crisis Prevention Institute.
Licensed Master Social Worker (in progress)
Certified Peer Support Specialist (CPSS)
Early Intervention Specialist
Psychiatric Rehabilitation (in progress)
Crisis Response & Intervention
Master of Social Work (in progress)
Bachelor of Science, Marriage & Family Studies
Certificate: Human Services
Associate of Science, General Studies
MEET MORE PMH STAFF
75 S 1st W
Preston, ID 83263
National 988 Suicide & Crisis Lifeline
Text or call 988. Help is available.
National Domestic Violence Hotline
1-800-799-SAFE (7233)
LGBTQ+ Youth Live Help (Confidential)
TrevorText, from The Trevor Project
Text "Start" to 678-678
If you or a loved one are experiencing a life-threatening mental health emergency, call 911 or go to the emergency room IMMEDIATELY.
© 2023 Medical Clinic. Proudly created with Wix.com

redpajama_set_name: RedPajamaCommonCrawl


text:
Forum Index > Modernity Meets Tradition
nytastur 4 years ago
The Cheap Jordan Shoes has become a relatively mature product type which consists of various styles such as Cheap Air Jordan Shoes. The technology of Shox is related with cushioning, or shock absorption. Besides, the cushion set in the midsoles of the Jordan Retro 13. By employing some high quality elastic materials, the Air Jordan 5 ensure a safer and more comfortable experience. Believe me, Air Jordan 3 will be a worthwhile experience! You can order the cheap Air Jordan 12 according to your own taste of color. Louis Blues (St. Louis Blues Jersey) became one of the first six NHL expansion franchises in 1967. The Blues have made the Playoffs 35 times in that period, winning 7 division titles and 1 Presidents' Trophy (1999 2000). Shop online for the officially licensed St. We have large selection of Blues jersey such as; Al MacInnis Jersey, Alex Pietrangelo Jersey, Brad Boyes Jersey, Brett Hull Jersey, Cam Janssen Jersey, Chris Stewart Jersey, David Backes Jersey, David authentic cheap nike air max Perron Jersey, Doug Gilmour Jersey, Erik Johnson Jersey, Jaroslav Halak Jersey, Patrik Berglund Jersey, Tj Oshie Jersey, Wayne Gretzky Jersey, Men's jersey, Women's jersey and Kids' jersey. Be sure cheap Nike Air Max to check out our most popular categories which are; Blues Jerseys and Blues Custom Apparel. Reebok, Old Time Hockey, Majestic and Wincraft are some of the brands that are featured. Get cheap nike air max ltd your St. Louis Blues jersey today!
The New Jersey Devils (New Jersey Devils Jersey) have been a member of the National Hockey League since 1974 and were originally known as the Kansas City Scouts, then Colorado Rockies. In 1982, the franchise was moved to New Jersey and named the Devils, after the New Jersey legend. The Devils have had a strong presence in the NHL Playoffs over the last two decades, winning 3 Stanley Cup Championships (1995, 2000 and 2003). They also have one of the great goaltenders and NHL all time regular season wins leader in Martin Brodeur. Be sure to check out our most popular categories which are Devils Jerseys and Devils Custom Shop. Reebok, Old Time Hockey, Majestic and Wincraft are some of the brands that are featured. Get your New Jersey Devils jersey today!
On June 15, 2011 the Boston Bruins (Boston Bruins Jersey) won the 2011 NHL Stanley Cup Championship, their first Stanley Cup since 1972. The Boston Bruins, one of the NHL's "Original 6" and the first US based club, were founded in 1924. The current black and gold uniforms were established in 1939, the same year they won the second of five Stanley Cups in their history. We has a large selection of Bruins gear including Bruins Jerseys, Bruins Hats, Collectibles and much more. Get your Bruins jersey today!
The Nashville Predators (Nashville Predators Jersey) were an expansion franchise for the 1998 1999 season. The Predators have made the playoffs 5 out of the last 6 years. We have large selection of Predators jersey such cheap nike air max 2014 as; Dan Ellis Jersey, David Legwand Jersey, Jason Arnott Jersey, Joel Ward Jersey, Shea Weber Jersey, Steve Sullivan Jersey, Men's jersey, Women's jersey and Kids' jersey. Be sure to check out our most popular categories which are; air jordans 11 Predators Jerseys, Predators Hats and Predators Custom Apparel. Reebok, Old Time Hockey, Majestic and Wincraft are some of the brands that are featured. Get your Nashville Predators jersey today!


text:
Home > News > Compliance > Decade of Debate Continues at DOL Fiduciary Rule Hearing
Compliance September 3, 2020
Decade of Debate Continues at DOL Fiduciary Rule Hearing
If the fiduciary rule saga has made one thing clear, it is that creating consensus about conflict of interest regulations is hard work. Even supporters of the new Department of Labor proposal say there is room for improvement.
In early July, the U.S. Department of Labor (DOL) published a proposed regulation aimed at streamlining conflict of interest rules and investment advice protections provided to workers and retirees under the Employee Retirement Income Security Act (ERISA).
The measure includes a best interest standard intended to align with a broader investment advice regulation issued by the U.S. Securities and Exchange Commission (SEC) that took effect June 30, as well as a complementary model regulation for annuity sales adopted earlier this year by the National Association of Insurance Commissioners (NAIC).
As proposed, the rule has three primary components. First and foremost, it would establish a new prohibited transaction exemption (PTE) for ERISA-covered investment advice fiduciaries who, among other requirements, meet a best interest standard and a reasonable compensation standard. Notably, these are also components of the SEC's Regulation Best Interest (Reg BI). Second, the DOL is officially reinstating the "five-part test" for fiduciary status and other guidance that had been modified by the prior administration's 2016 rule. The 2016 rule was vacated by the 5th U.S. Circuit Court of Appeals in 2018. Lastly, the proposal clarifies the circumstances under which fiduciary status would be triggered by advice to roll over retirement savings from a 401(k) or other employment-based plan to an individual retirement account (IRA).
When the rule proposal was published, some retirement industry stakeholders voiced concern that the DOL gave the public just 30 days to file comments—but they also appreciated that the regulator committed to holding a number of hearings on the matter. One of these hearings took place today via teleconference, and the comments shared by various parties embodied the years of intense regulatory debate that have led to this point.
Among those who filed positive comments about the fiduciary rule proposal is the Financial Services Institute (FSI).
"We support the DOL's proposal, and we commend the department's efforts to align its rules with the SEC's Regulation Best Interest," Dale Brown, FSI president and CEO, said about the hearing. "There is room for improvement, which we explained in our comment letter. However, it is imperative that the DOL continues moving forward with the rulemaking process in order to ensure clarity and consistency as to the obligations of financial professionals."
The comment letter from FSI says its members support the DOL's proposed exemption approach because it would enable investment advice fiduciaries to continue providing their essential services to retirement investors while receiving a broad range of otherwise prohibited commission-based compensation types and payments from third parties. FSI members feel the exemption will be essential in connection with many types of critical transactions involving employee benefit retirement plans, IRAs and annuities.
"FSI supports the breadth and flexibility of the proposed exemption, which is not tied to any particular investment product and is equally available to an array of financial professionals, including registered investment advisers [RIAs], broker/dealers [B/Ds], insurance companies, banks and their respective employees or agents," the FSI letter states.
The letter goes on to list some points of concern, where FSI members hope to see changes made to the proposal prior to its final publication and implementation.
"Notably, we are concerned that the disclosure requirement concerning ERISA 'fiduciary' status under the proposed exemption will be both confusing and misleading to retirement investors," the letter states. "This requirement will be confusing and misleading, particularly when a best interest standard, aligned with Regulation BI, separately applies to firms and professionals utilizing the exemption. By using the term 'fiduciary,' such disclosure implies there is something more or different than the best interest standard. … A statement by financial institutions and investment professionals that they are fiduciaries might be misunderstood to imply a legal obligation to an IRA owner that would create a private right of action enforceable by the IRA owner."
The letter further suggests that the proposed rule's disclosure requirement is "unworkable in situations where the DOL determines that an investment professional is a 'retroactive fiduciary' based on the later formation of an ongoing advice relationship."
Other commentators at the DOL hearing voiced far more skepticism about the fiduciary regulation, including Barbara Roper, director of investor protection at the Consumer Federation of America (CFA).
"Since the comment period closed, I have had a chance to review the comments filed by broker/dealer and insurance firms and their lobbyists in response to the proposal," Roper said. "I have to admit it was a dispiriting exercise. And I was particularly taken aback by the cynical claim, repeated here today, that the preamble's explanation of how the reinstated definition of fiduciary investment advice would apply to rollover recommendations would somehow 'effectively reinstate the invalidated 2016 fiduciary definition,' just because the department indicated it might not always interpret the definition's five-part test exactly as it had in the past."
Roper also said the DOL's decision to reinstate the five-part test is wrong.
"The department has previously found this approach enables firms to evade their fiduciary obligations in circumstances where they are clearly functioning as advice fiduciaries and are reasonably relied on as advice fiduciaries by retirement savers," Roper said. "The amount of comment the department has received on this point demonstrates just how unwise it was to reinstate the definition through a final rule, with no opportunity for input."
Though her comments broadly criticized the DOL's decisionmaking, Roper did have a few positive points to make.
"Saying that rollovers in the context of an ongoing relationship constitute fiduciary investment advice is a small step in the right direction, but it is a far cry from unequivocally covering all rollovers in the definition, as the 2016 rule would have done," she said. "Similarly, saying that firms may need to do more than stick a disclaimer in six-point type in a disclosure document to avoid any fiduciary obligations is appropriate, as far as it goes, but it would still appear to leave firms plenty of room to come up with a way to avoid those obligations, even in circumstances when the retirement saver will rely on those recommendations as a primary basis for their investment decision."
Roper also expressed concern about the speed of these developments.
"Since the department issued its proposal one day before the SEC's Reg BI was due to take effect, and the comment period closed when that new rule had been in effect for just over a month, there hasn't been time for us—or the department—to comprehensively study whether, or to what extent, Reg BI has caused firms to change the way they do business," she said. "In particular, there hasn't been time to fully assess whether Reg BI has caused firms to abandon incentive practices that the department has previously determined, as part of the regulatory record for this proposal, are likely to induce financial professionals to base their recommendations on their own interests, rather than their customers' best interests. We have even less information regarding the effect of the NAIC model rule."
In comments echoed by other parties focused on consumer protection during the hearing, Roper repeatedly expressed the general concern that a disclosure-based framework such as Reg BI is insufficient to protect investors.
"It is virtually impossible to ascertain from most of the disclosures what, if anything, a firm may be doing to 'mitigate' these conflicts," she said. "A few firms make boilerplate statements about addressing conflicts through a combination of training, supervision and disclosure. But there is no evidence in the disclosures we've reviewed of meaningful changes to reduce widespread, harmful incentives—certainly nothing on the order of magnitude needed to reassure retirement savers that their interests are likely to come first."
Tagged: DoL, Fiduciary, NAIC, Reg BI
« Biogen Faced With Lawsuit About Use of Active TDF Suite


See what clients have to say about RAW yxe!
Just had Michelle do my smokey lash enhancement. She is very professional, sweet and takes time and pride in her work. You can tell she loves what she does and she is amazing at it. Can't wait for my healed results and to book in for my brows!
Note: Photo taken after Jen's Combo Brow appointment.
Michelle is excellent and professional with all aspects of her work. Couldn't be more pleased and would reccomend to anyone.
I keep getting compliments - people are saying that I'm getting younger! Michelle is very professional and the space is beautiful. Thank you so much!
I—without hesitation—whole-heartedly recommend Raw YXE for microblading or other services.
Got my eyebrows microbladed by Michelle and she was amazing! So clean and professional and I am happy with how they turned out! Thank you again!


We would like to welcome and spoil You as our guests in Villa Kapulica. Our Villa is placed in an excellent location in the city of Makarska, right on the coastline by the crystal clear sea , only 5 m away from the beach where you can sunbathe and swim. Or simply enjoy the romantic sunsets from our balconies with a glass of high-quality wine and the dreamy view of the sea and the islands.
The harbour and the city center are only 500 m away from the Villa, which means you would not need transportation vehicles during your stay. Your hosts are fluent in both English and German, and will go out of their way to make sure you feel welcome and have everything you need. We can help with organisation of your transport from the airport, excursions, and rent-a-cars.
Our two restaurants are located on the ground floor of our Villa where you can treat your appetite with a vast variety of Mediterranean flavours of merged contemporary and traditional cuisine.
Welcome to Villa Kapulica, Makarska Riviera!
Located on the ground floor of Villa Kapulica, our a la cart restaurants "Berlin" and "Dinner's Delight" provide an exceptional gastronomical offer where you can experience an explosion of merged flavours of innovative, contemporary, but also very traditional cuisine.
Enjoy your meals surrounded by Mediterranean fragrances – lavender, sea salt and pine in the air, and with a spectacular view on the islands of Brac and Hvar. Taste the highlight of our culinary offer- traditional food prepared in the oven under "the baking bell".
Due to Croatia's excellent geographical position, you can taste our best wines, for it is well known its the land of exceptional wine growers and manufacturers.
Our terrace has a capacity of serving 80 guests, so reservations for bigger groups are also possible. A rich and quality menu, the best location at the edge of the seaside, romantic atmosphere and nice and professional staff – are the reason to enjoy Your meals prepared by our chefs' capable hands and fully experience our hospitality.
Dear guests in case you need any additonal information please do not hesitate to get in touch with us, using any listed method. Thanks.
© 2017 Villa Kapulica. All rights reserved.


25 Ultimate Fall Drives | Midwest Living To celebrate Midwest Living's 25th anniversary, we chose our all-time favorite fall drives, the ones showcasing the best of the season and the region. Famous 25 Elegant Small Living Room Designs Ideas Classic Elegant Downtown Asheville Homestay Near River Arts ... This charming home in the heart of Asheville recalls the elegance of bygone days. The ground floor has a full 1250 square feet of private space, including 2 large bedrooms, 2 bathrooms, living room with sleeper sofa, and a large, fully equipped kitchen and dining area.


text:
Home Research > Members > 1386-1421 > THORPE, John (-d. c.1399)
THORPE, John (d.c.1399), of Thorpe, Surr.
Published in The History of Parliament: the House of Commons 1386-1421, ed. J.S. Roskell, L. Clark, C. Rawcliffe., 1993
s. and h. of John Thorpe (d.c.1384) of Thorpe and Egham, Surr. prob. by his w. Alice. m. (1) by Feb. 1368, Felicity, prob. da. and h. of William Mawardyn† (d.1359) of Windsor, Berks. by his w. Felicity Pipard and wid. of Thomas Pentelowe†, at least 2s. 1da.; ?(2) by May 1398, Margaret, da. of Edmund Brooke† of Aldenham, Herts.1
Tax collector, Surr. Mar. 1388, Mar., Oct. 1393.
Commr. of inquiry, Surr. Jan. 1389 (public works near Staines).2
Because of the recurrent use of the Christian name John, it is sometimes difficult to speak with any degree of certainty about individual members of the Thorpe family, who cannot always be distinguished from one another. Our MP's father served as verderer of Windsor castle until 1345, when he was found to lack the necessary qualifications for office. From 1346 onwards he drew a wage of 6d. a day, assigned to him as a yeoman-carrier of Edward III's wardrobe. John Thorpe the elder was twice made a tax collector in the Surrey area, since it was here that the bulk of his estates lay. His family derived its name from the village of Thorpe, and he made other purchases in the surrounding countryside. During the Easter term of 1379, for example, he and his wife bought land in Egham, while by a separate transaction his son, the subject of this biography, acquired holdings there and in the neighbouring manor of Thorpe.3
John the younger was by this time a figure of some consequence, having been himself retained in April 1365 as one of the King's yeomen at a fee of £10 a year, payable for life. That this grant was assigned to him and not his father is clear from the issue rolls of the Exchequer, which record regular payments until December 1398, when he was unable to receive the money in person.4 By February 1368, Thorpe had obtained custody of the land of the late William Mawardyn in Windsor, and was then attempting to recover part of the rent charged upon it by the Crown. Mawardyn had died in 1359 leaving various holdings in this part of Berkshire to his daughter, Felicity, then the wife of Thomas Pentelowe. Her mother, who was also called Felicity, was heiress to the manor of Hinton Pipard as well as appurtenances in the nearby villages of Hinton, Hurst and Ruscombe, and it is clear that one of these two women, almost certainly the daughter, married Thorpe at some point during the late 1360s. This estate, which evidently included unspecified property in Wiltshire and Buckinghamshire as well, was the subject of a protracted dispute between Thorpe's descendants, although neither his nor his wife's title was questioned at any time. In December 1376 a London chandler confirmed Thorpe, Felicity and their heirs in possession of all the land they had acquired from a local man in Chertsey and Steventon End, but they made no more purchases after this date.5
By March 1380, Thorpe had been promoted to the rank of King's esquire, and as such he received royal letters of exemption from any kind of official appointment. He invoked these letters after being made a tax collector in 1388, although subsequent commissions were none the less addressed to him and duly executed. The 1380s appear to have been a litigious period in his life: for almost the entire decade he was involved in a suit over the ownership of property in Egham, brought against him by his neighbour, the abbot of Chertsey; and in December 1383 we find him suing two chaplains for trespass. This is the last occasion on which he is described as John Thorpe the younger, which suggests that his father died shortly afterwards. He again went to law in July 1392, this time in an attempt to gain redress from a servant who had left his employment before the accepted term.6 Perhaps because of his attendance on the King, Thorpe played very little part in local government, although his election to the Parliaments of September 1388 and January 1390 reflects his position in county society and cannot be dismissed simply as an act of royal intervention. Indeed, despite his evident standing at Court, he received no tangible marks of royal favour, and seems to have passed most of his life in comparative obscurity. In 1393 Thorpe was twice commissioned to levy parliamentary taxes in Surrey, but no more is heard of him until November 1397, when he acted as a mainpernor at the Exchequer for the farmers of certain royal property in Cornwall. His elder son, John, was by then of age, and it is not entirely clear which of them married Margaret, the daughter of Edmund Brooke of Aldenham in Hertford, at about this time. There is, however, a strong possibility that our MP made a second marriage in, or shortly before, May 1398, when Margaret Brooke and her husband, John Thorpe (not otherwise designated), were confirmed in possession of holdings in Kingston and Long Ditton, Surrey. An annuity of 20 marks from the revenues of this property was subsequently granted by Thorpe to Edmund Brooke for life.7
Thorpe's royal pension was last paid on 17 Dec. 1398, when his son, John, collected it on his behalf from the Exchequer. It seems probable, therefore, that he died shortly after this date, leaving his estates to the young man. The latter, who enjoyed a landed income of at least £40 a year from his Surrey property alone, served on many local commissions and lived on until 1438.8
Author: C.R.
1. CCR, 1360-4, p. 413; 1374-7, p. 274; 1396-9, pp. 312, 385; 1429-35, pp. 229-30; CPR, 1367-70, p. 136; 1436-41, p. 351; CIPM, xi. 138; Sel. Cases in Chancery (Seldon Soc. x), 156; CP25(1)229/48/81.
2. Pub. Works in Med. Law (Selden Soc. xxxii), 207.
3. CCR, 1343-6, p. 598; 1345-8, p. 475; CFR, vi. 196, 269; Surr. Rec. Soc. xxi. 190; VCH Surr. iii. 438; CP25(1)229/48/81, 60/16.
4. CPR, 1364-7, p. 109; 1377-81, p. 157; E403/543.
5. CCR, 1360-4, p. 413; 1374-7, p. 274; 1461-8, p. 133; CPR, 1367-70, p. 136; Eton Coll. recs. W582-3; CIPM, xi. 138; VCH Berks. iii. 254; Sel. Cases in Chancery, 156.
6. CPR, 1377-81, p. 454; JUST 1/1491 rot. 32, 1498 rot. 9, 1503 rot. 81; CCR, 1381-5, p. 416; 1385-9, p. 395; 1392-6, p. 83.
7. CFR, xi. 73, 97, 240; CCR, 1396-9, pp. 312, 385. John Thorpe the younger had at least two wives: Joan, who predeceased him, and Alice, whom he left a widow (F. Turner, Thorpe, 26; PCC 25 Luffenham).
8. E403/543; Feudal Aids, vi. 518; CFR, xii. 115; xiii. 63, 91; xiv. 151, 416; xv. 6, 220; CPR, 1408-13, p. 310; PCC 25 Luffenham; C138/45/23.


text:
Considering that The Truth and Reconciliation Commission of Canada was established over 14 years ago, why has the sector failed to take a more meaningful role in an area where its support could make a real difference? In our recent episode of CharityVillage Connects, we hear from Indigenous leaders about how the nonprofit sector can better support, and ally with, Indigenous-led organizations and communities.
In the podcast, we heard from Tim Fox, Vice President of Indigenous Relations and Equity Strategy at the Calgary Foundation, about how a "systems change" approach has benefitted the Foundation.
The very word "systems change", I think, is very new to many sectors and many systems. It means something different depending on what sort of area of focus that you are working on. But, ultimately, what I'm trying to do is mobilize the work of reconciliation, mobilize the work of racial equity by changing our system, by changing us as an organization.
When you're working in philanthropy, and for the Calgary Foundation, the mental model was, 'oh, we exist to help support charity. We're doing all of this great work in the community.' When I came on board, I sort of had to help…really amplify and surface the fact that there's a big portion of the population, specifically the First Nations Metis, Inuit population, and now racial populations, who are missing out on a lot of that wealth distribution. So it's it challenged our mental model. And now that's the work that I'm focused on. I'm trying to incorporate a change to all operational areas of our system as an organization.
The "change from within" that Tim initiated with the Calgary Foundation is reflective of Peter Dinsdale's work on organizational change within YMCA Canada.
I became CEO of YMCA Canada in 2016 after an entire career, frankly, with Indigenous organizations, never outside. Coming in, I was on the board at YMCA Canada for a couple of years prior to becoming CEO and [three were] lots of conversations about what can happen around reconciliation. But I will say, at that time, probably not unlike today, there was a lot of nervousness about making a misstep, doing the wrong things, not sure how to move forward. So in 2017, then into 2018, we developed a national statement of reconciliation that talked about our commitment to working with Indigenous peoples and communities that wanted to work with us. And what role that YMCA Canada in particular could provide and could play in reconciliation. We're clear that we're not responsible for 400 years of colonization, but we're responsible for what we do today and how we move forward.
And that's what our statement was all about, and encouraging local Y's to take action, because, you know, my view is reconciliation will only be meaningful when it happens on the ground through meaningful actions. So all of our work was really around preparing local YMCAs for that journey. We did things like having our entire national delegation, including representatives from each YMCA, their board chair, youth and CEO, to go through the KAIROS Blanket Exercise, which really touches them emotionally. And it was a great opportunity to hear from indigenous leaders about the impact that organizations like the Y could have with them. I don't want to suggest that we have it all figured out, but we started in 2018 and we continue to learn and continue to grow.
Peter was also clear that nonprofits need to look at their own structure and identify potential biases or other in-house obstacles to fully engage with Indigenous organizations and communities.
I mentioned some of our successes, but certainly one of our challenges that might resonate with people, is not long after we developed our statement of reconciliation, I was in a Y and I asked them, how's it going, working with their Indigenous community? The response I got was, 'It's not going great, because they don't come here.' And it wasn't intentional, but it's this idea that it's us and them and…it takes a lot of work. It's the impact of history, of poverty, of not seeing YMCAs as someone that your family could go to, could afford to go to, or felt that was for them, or that the services were ever really directed for them that could be directed for someone else. So how, how do you break down that in your community?
You break it down by inviting people in. They're no longer the other, you're doing that work together. So it'll take hard work with your board, in terms of understanding the history. It'll take hard work with your staff, to make sure that there's not unconscious bias or different things going on, preventing people from access to programs and services.
But I would also say in the Indigenous communities, it's okay to work with people and allow mistakes to happen. Things won't be perfect. And we can't be waiting for a gotcha moment to jump on a misstatement. We have to work together through kindness and caring to find pathways forward. So I would encourage all organizations to start that first step of relationship building, as difficult as it is and challenging as it can be. I think reaching out and having those conversations is a great way to begin.
Peter's call for nonprofits to undertake this important work is echoed by Tim Fox, who told us that nonprofits had to find the will and the way to act now to support Indigenous-led organizations.
When I think about philanthropy, when I think about the Indigenous community and how I was raised on the Blood reserve, and even how I exist in these contemporary times, when you see, and when you're a part of an Indigenous community, and when you are, have these strong relationships, you're going to witness this community of kin.
What I mean by that is we become sort of this family, our family concept from an Indigenous perspective goes beyond the biological connection that we have to our parents. It extends to that extended family. And that is definitely true in how we exist as communities. It exists in how we practice our philanthropy.
That paradigm of practice that is coming to life for us at the Calgary Foundation just doesn't mean wealth distribution. It also means how are we convening people? How are we sitting in relationship with one another? We're trying to amplify, and innovate on how we practice our philanthropy. When I say 'innovative', I don't mean something new. I mean, these old ways, how are we looking back at these old ways, bringing them back to this contemporary time.
What I'm trying to say is this work can happen right now. And it should be happening right now. There are ways for organizations to adapt, to shift, to support other partner opportunities, collaborative efforts. There are ways that they can increase the wealth distribution. They don't have to wait for a lot to change.
How can nonprofit organizations get started on this difficult but necessary work of reconciliation? Listen to the full episode of the podcast to hear more from Tim Fox and Peter Dinsdale, as well as Kris Archie from the Circle on Philanthropy and Bill Mintram from the Rideau Hall Foundation, click here.
Tips on Google Ad Grants for Nonprofits


"Price of Honor" starts immediately where Book 8 of the Honor Series —"Code of Honor"—left off. Cameron Roberts is recovering from her abduction by the domestic terrorist "Patriot" group that is determined to overthrow President Andrew Powell, but the political timetable doesn't slow down to wait for her recovery. Blair Powell has promised to support her father's re-election campaign, and Cam is never going to leave that protection duty to anyone else.
The campaign trail starts with a meet- and- greet train journey across the US from Chicago, IL to Flagstaff, AZ. Cam knows at least one of the terrorists is still out there, still coming for them, but President Powell won't be scared off, and Blair wont desert him. While the protection service can do everything possible to make the stops safe, they all know that the train is too vulnerable, set on a track with a published timetable.
Part of the security detail are the K9 dog teams that will sniff the venues and the train for any possible threat. We meet Dusty Nash, K9 secret service agent, and her partner Atlas, who are the subjects of a White House reporter going for the 'human' story line. Vivian Elliott is soon intrigued by the standoffish Nash—who only shows emotion for her adored canine buddy.
As always, Cam and Blair take center stage in the Honor Series, but their newlywed status takes second place to the political necessities. We get a glimpse of Stark and Renee's relationship and an intriguing aside about President Powell and his advisor, Luce. Radclyffe's books wouldn't be complete without a hot romance bubbling away beneath the action adventure and this time we are treated to a romance on the rails.
Radclyffe is master of the action-thriller series and "Price of Honor" will not disappoint her fans. With this latest chapter in the Cam and Blair saga, she continues to find new ways to threaten the principles, new ways to threaten the principles and keep us on our toes. The old familiar characters are there, but enough new blood is introduced to give it a fresh feel and open new avenues for intrigue. And as always, there's a twist in the tale that questions, quite literally, the price of 'honor,' of duty, and of family.
Following on from her first novel Starting Over Jen Silver's sequel is an excellent examination of the ups and downs of grown up relationships.
Dr Kathryn Moss is still obsessed with Ellie Winters, despite Ellie's obvious commitment to and happiness with wife Robin. Despite her unrequited yearning the buttoned up professor has continued her affair with journalist Denise Sullivan – what Dr Moss hasn't realised is how Den's feelings are developing.
Riding high on the back of the Starling Hill discoveries Kathryn is in demand and offered new posts in London and Durham. Her choices bring the fledgling relationship to a crisis, and throw in to sharp relief the issues between the two women.
Den is in her own crisis, wanting more from the relationship, unfulfilled by her job, and realising that she might actually be ready to grow up. The trials and tribulations of chasing the emotionally unavailable professor make her re-evaluate where she is and what she wants.
Meanwhile Ellie is becoming an increasingly successful artist, enjoying the quiet of the farm and resisting all demands to become a public figure. Her art has a mind of its own, however, and voices from the past seem determined to push Starling Hill back into the limelight.
As with Starting Over , Ms Silver has delivered a charming, witty and clever observational novel. Her characters are very authentic people, warts and all – recognisable characters many of us will have encountered. They live in a real world and, unlike so many lesbian romances, behave like real people.
The settings, particularly the countryside locations, are beautifully drawn and add depth and richness to the story. Similarly the archaeology is well done – adding veracity and a solidity to the tale. Ms Silver uses her knowledge of British history and Roman archaeology to great effect.
This story will stand alone, but is much more enjoyable with the knowledge of our main characters gleaned in the first novel. If you haven't indulged yet then you have a delightful treat in store from this new voice in Lesbian fiction.
Twenty-seven-year-old Mila Todorov has wanted to go into space since the age of thirteen, when she followed the heroics of NASA astronaut Major Jancey Beaumont. Now, with a PhD in Engineering and as creator of a revolutionary new propulsion system, she has a chance to make that dream come true as she competes for a place in the first manned flight to Mars.
Major Beaumont cannot resist the urge to make the journey to the red planet. She knows she is the most qualified contender, but to succeed she not only needs to prove her experience is worth more than the younger, more up-to-date candidates, she needs to find the perfect partner.
KG MacGregor's latest novel is a sweet romance set against the backdrop of a speculative but well-thought-out and well-researched "Mission to Mars." A retired billionaire space addict, who will sound familiar to many, has put together a privately funded plan to create the first planetary station.
Robotic supply and habitat vessels will pave the way for annual "two-man" flights to start a colony. Forty thousand have applied; four teams of two will make the final cut; and in between, the candidates must pass a wide range of emotional, physical, and mental challenges, including selecting their partner from the other applicants.
The romance is a slow burn, an attraction that is meant to happen. The outcome may be obvious, but the gentle tension is enjoyable and Mila's overwhelming hero-worship is entertaining. The twist in the tale adds a frisson of drama but the outcome is a done deal.
Mila and Jancey are great characters—strong, intelligent, determined, and the perfect role models for any girls aspiring to STEM careers. They have weaknesses and learning to do, but are as damn near perfect as we could imagine an astronaut to be. A wide range of candidates and tutors fill in the background, but only a couple of them stand out. Our heroines dominate the page.
Authors always say that you can't write a story about happy people—there is nothing to write. But in this case I do wish Ms. MacGregor would make an exception and give us the sequel. I can't believe there isn't another story about the next phase of their journey together.
Well-written, delightful reading and a charming romance based on wonderful, modern women competing at the highest level… what more could we want to entertain us?
You know you are on to a good thing when the main characters are strong women who have worked their way out of tough childhoods into serious careers but have maintained their humanity and humour. When they complement each other emotionally as well as with skills and abilities. When their friends-with-benefits "relationship" creates a whole world of opportunity for sexual tension and "will-they-wont they" anticipation. Meet Sanne and Meg—central characters in Cari Hunter's new crime thriller.
On top of these delightful mains there is a smorgasbord of secondary supporting players. The tough boss, the supportive partner, the "salt of the earth" Mum are all well drawn, three-dimensional, and filled in enough to be real, but with a whole range of options to keep us interested in future stories. Even Ms. Hunter's victims are well-rounded and whole. Strong, resourceful, and capable, they may be the victims but they are no shrinking violets and do their damnedest to save themselves.
Cari Hunter is a master of crime suspense stories; this is her fourth and the beginning of a promised series. No Good Reason brings tension and drama to strong medical and police procedural knowledge. It challenges the detective in all of us, throws us red herrings, makes us follow the good and bad leads, and despite all the frustrations keeps us hoping for the best. It doesn't shy away from the horror of the victims suffering or the effect on the police and medical teams who find them, but it never sinks into gratuitous violence or overly descriptive gore.
The plot keeps us on the edge of our metaphorical seat, turning the pages long into the night. The setting of the English Peaks District adds ambiance and a drama of its own without excluding anybody. And through it all a glimmer of humour and a large dose of humanity keep us engaged and enthralled.
I love Ms. Hunter's writing. Clean, neat, purposeful, it drives us forward with faultless delivery. She crams in a whole host of action, drama, and character development without it ever feeling rushed or heavy-handed. Each book has improved on the last and this is no exception—an absolute winner for lovers of crime thrillers and slightly oddball romance that makes a refreshing change.
Excellent book, wonderful opening gambit in a new series, and I cannot wait for the next instalment.
I hadn't read Jody Klaire's first book in the Above & Beyond series so was delighted to have The Empath and Blind Trust to read in sequence and get right into the characters of Aeron Lorelei and Renee Black.
The Empath sets the scene of Aeron's life – different, persecuted and emotionally abused by a whole town – incarcerated for a murder she only thinks she committed, and Renee, the CIG protector sent to look after her. It's a great murder mystery – action adventure with a huge dose of supernatural and 'different' skills such as visiting ghosts, helpful spirits, auras, visions and healing powers. Aeron and Renee must combat the locals, the killer and the storms that threaten to sweep them away.
Blind Trust finds Aeron and Renee caught in an avalanche and facing another set of challenges, some from mother-nature, others from the bullies and nay-sayers of the small town they are stranded in. This time it is Renee who is the target, Aeron the protector.
The characters we get to know are great: strong women, well rounded personalities, deep and complex. Friends, family and co-workers provide variety, all three dimensional and a strong part of the story. These books are as much about how people behave under duress as they are about the psychopaths the agents must tackle.
While the themes of alternate psychic powers and special agents run through, the plots are different, the settings varied and the townsfolk – and their behavior – like chalk and cheese.
Great stories, well written, thoroughly enjoyable. Looking forward to No 3.
I usually struggle to read short stories, I find it difficult to learn enough about the characters to care what happens to them. But the moment I started reading Riding Passion my opinion of how a short story can truly touch the reader changed.
The ten short stories featured are rich in character and hot in content. Some deal with the momentous occasion of the first kiss or touch that alters the fabric of our being and switches on a light we didn't realize was dimmed. Others are so raunchy that you may need a cold shower to deal with the side affects.
Riding passion is a brilliant compilation of stories that touch the heart, soul and in some cases other places too.
My only complaint – or rather request – is that I would really like to read more of Haze and Luna's story and if I had a bucket list for novels I could ask an author to write, Skin Walkers would be at the top of the list.


Technology has certainly changed our lives in many significant ways, and it looks like it has also begun changing the way we set GP appointments and consultations. Today, you can already benefit from GP consultations – over a smartphone or another mobile device, no less! The beauty of such a service is clear, as you no longer need to wait for weeks just to get checked if you're feeling under the weather. You can actually speak to a GP – and an NHS one at that – in under two hours. But if you're still unsure about this kind of service, here's what you should know about the real benefits of GP consultations over your smartphone.
With a GP app where you can get in touch with a GP in less than two hours, you are saving yourself a lot of time and effort. Rather than wait for days – even weeks – to get an appointment or an opening in a GP's schedule, you can actually talk face to face with a GP in just a couple of hours or less. This is perhaps the greatest aspect of this kind of service, and, if you take advantage of a GP app where you can consult with an NHS GP, the service is essentially free as well.
Another great aspect about an instant GP service is that it doesn't come with any restrictions or exclusions – no matter what your age is, you can benefit from the service as long as you download the app on your mobile phone. In fact, a lot of elderly individuals have already taken advantage of the GP app service, and the same is true for families with young children who really don't have a lot of time to spare – and who may be dealing with emergency situations as well.
With this kind of app for GPs powered by Babylon, you can see and consult a GP without having to leave the comfort of your home. This is especially useful if you have a cold, cough, or the flu, and you frankly cannot see yourself making a trip to the GP's office just to get the check-up you need. And since the GP service offers video consultations, the GP can actually inspect and assess you face to face – they can ask to see some things like a rash on your skin or even see your neck glands to confirm the flu or other conditions. Basically, all you need is a mobile phone or gadget and a good Internet connection, and you can receive the care you need from an experienced GP.
There's another wonderful aspect about this service – the fact that you can also view and replay your consultation video so that you can remind yourself of what the GP has told you to do. You can access your video within just a few minutes, and you can even have a look at your clinical records so that you can have a better perspective on your condition. And, of course, if you need a prescription for medication, this will be given to you as well.


Professional Tile and Grout Cleaning in Modesto, California, call 866-290-0909 NOW!
Unless you are searching for a way to toss your hard earned cash down the drain, you probably want to keep the tile inside your Modesto, California office or home looking as new as possible so you do not have to replace it considerably sooner than required. However, it is quite hard to keep your tile clean unless you do not allow anyone to walk across it and do not dare permit anyone to drink or eat anywhere near the tile. The good thing is that you do not need to be concerned about cleaning your tile as the specialists from Tile and Grout Cleaning Gurus in Modesto, CA can take care of the task for you. At our Modesto agency, we respond to your home or company in the quickest possible way and our services are very inexpensive. Give our tile and grout cleaning specialists in Modesto a call now to learn how we can help restore the look of the tile in your house or company.
Dirt and liquids will find their way onto your Modesto, CA house or business' tile and grout any time they can. You will be able to wash some of the dust off the surface of your tile but you will not have a chance of eliminating the dust that is buried deep inside the pores of the grout. Once the dirt has made its way into the grout's pores, you will want to hire a tile and grout cleaning firm that has the appropriate tools to eliminate it.
Our grout cleaning experts in Modesto, CA have industrialized gear they will use to clean tile and grout in the most beneficial fashion. The first phase of the tile cleaning task calls for us to work with our rotating brush tool to get the grime out of the grout's pores no matter how deeply it is buried. When that has been completed, we will wash the dirt off the surface area with our steam and pressure cleaners. When all is said and done, your tile and grout will look like they did the day they were put in and the best part is you will not need to do anything aside from giving us a call to arrange your tile cleaning.
You will want to have a grout cleaning performed at least a few times per year if you care about the appearance of your house or business in Modesto, CA. Having your tiles and grout cleaned a few times annually will make sure that your tile continues to look as good as new. If you want to discover more about our tile cleaning services or if you are prepared to arrange an appointment, be sure to contact our specialists from Tile and Grout Cleaning Gurus at 866-290-0909 as soon as possible.
How Does Tile Cleaning Work in Modesto, California?
The initial step in the tile cleaning process is to vacuum the dust that is resting on the surface of the tile and grout, which keeps us from pushing dirt back into the pores of the grout. After we have vacuumed the dirt sitting on the surface, we will employ our rotating brush tool to eliminate the dirt underneath the surface of the tile and grout. Once we have removed the dirt resting on and below the tile and grout's surface, we will use our steam cleaner to add some extra sparkle to the tile in your Modesto, California office or house.
How Much Does Tile and Grout Cleaning Cost Throughout Modesto, CA?
The dimensions of your home or office in Modesto, CA will decide the cost of the tile and grout cleaning service.
What Determines How Much Time Tile Cleaning Require in Modesto, CA?
The size of your house or business will be a significant element in determining how much time the tile cleaning service will take us to complete. We can usually accomplish a tile cleaning within just three hours or less in Modesto.
Why Should I Have My Tile Cleaned Within Modesto?
Tile is a great way to boost the interior appearance of your house or business but it also does an excellent job of attracting sticky beverages and dirt and grime. Without the assistance of a tile cleaning firm, the dirt and grime and sticky liquids on your tile can cause it to have a tacky and dull look. Make sure you call our staff from Tile and Grout Cleaning Gurus within Modesto to find out how we can help you.
Will I Be Successful at Cleaning My Own Tile?
Certainly, but you will not be able to clean underneath the surface of your tile and grout, which means that your tile will not look considerably cleaner unless you spend thousands of dollars on the gear we have.
How Far Beforehand Do I Need To Schedule my Grout Cleaning?
We try our hardest to ensure that your grout cleaning service is finished in the fastest manner. As a result, we generally suggest that you plan your grout cleaning at least two to three days ahead of time, which will assist us to help you plan an appointment time that works around your hectic agenda. Make sure you arrange your grout cleaning now by giving our experts from Tile and Grout Cleaning Gurus a call at 866-290-0909.
Yes, we are accredited and insured for tile and grout cleaning.


Can too much earwax cause problems?
Earwax, also known as cerumen, is a substance secreted by the sebaceous glands in the ears to help keep the ears clean, healthy and free of foreign particles. The function of the wax is to protect the delicate mechanisms of the inner ear from dust, dirt, pollen and other substances by trapping them before they reach this sensitive area. The wax also contains infection-fighting elements that protect the ear against bacterial and fungal infections. Earwax is continuously secreted and the normal process is for it to build up, dry out and then move to the outer ear, where it is washed away or falls out naturally. As it does so, it carries foreign particles with it, out of harm's way. Sometimes, however, earwax accumulates faster than the body can expel it and this is when it can become a problem.
Can too much earwax in toddlers cause any problems?
Yes. A build up of earwax acts as a barrier to the sound waves travelling through the ear. When too much wax forms a plug, the waves are blocked and hearing can become muffled. Although this isn't a problem in the short term, if left for a long time, it can impede a child's speech development. Too much wax can also cause earache, as it can lead to a build-up of pressure in the ear that causes pain. Pain in the ear can also be a sign of an ear infection, so it can be difficult to tell at times whether your child has an infection or whether it's just a case of a build-up of wax.
So how can I tell whether it's an infection or just too much wax?
An earwax build-up does not cause the fever and difficulty with sleep that is associated with an ear infection. Often, there is a discharge from the ear in both conditions. If it's just a build-up of wax, the drainage will be yellowy brown. If it's an ear infection, the discharge will be clear, puss-like or tinged with blood. If you are concerned, you should make an appointment with your child's doctor. They will have special instruments that allow them to make a better assessment of the situation.
How do you get rid of earwax buildup?
You should never introduce cotton buds into your child's ear canal in an attempt to remove earwax. Not only do you run a risk of rupturing their tissue-thin eardrum, you are also likely to make the problem worse by pushing the wax further into the ear canal. The outer aspect of the ear canal has small hairs that point away from the inner ear and their function is to help move the wax along to the outside of the ear, where it is expelled. Using cotton buds can move the wax beyond these hairs, meaning that it will stay in the ear canal. You can remove visible wax on your child's outer ear by wiping it away with a tissue or wet washcloth, but if you think he has wax buildup inside his ear, ask your doctor to have a look at it. They will be able to make a proper assessment with an auroscope – medical instrument consisting of a magnifying lens and light that is used for examining the external ear. If they see too much wax, they can either remove it with an instrument called a curette or by flushing it with warm liquid. If your child regularly produces too much earwax, the doctor might suggest simple rinsing treatments you can do at home and may also prescribe medication that will help to prevent any further buildup.


text:
\section{Introduction}

Fermions, i.e., particles with half-integer spin, are known to obey the Pauli Exclusion Principle (PEP) which is a consequence of the Fermi-Dirac statistics. PEP simply states that no two fermions with the same spin can ever exist in the same quantum state simultaneously. In their paper, Gajda et al. \cite{gajda16} had theorised crystal structures as a result of this \textit{non-interaction} between fermions due to the PEP and the resulting formation of structures due to their geometric arrangement. Although they are called Pauli crystals, the name itself is a misnomer. Pauli crystals have no translational symmetry and lack long range order- properties that are present in any crystal. Pauli crystals were first observed in May, 2020 by a group led by M. Holten from the University of Heidelberg, Germany. These crystals form an interesting topic for study and this paper presents an alternative point of view from the existing literature. The novelty of this paper lies in the statistical mechanical description of radius, energy and other parameters of the crystals. The results presented in subsequent sections match closely with the experimental values obtained by Holten et al. in their paper.~\cite{holten}

Previous attempts have been made to come up with a model to explain the behaviour and properties of Pauli crystals.\cite{anal} This paper is an attempt to describe a more accurate theoretical interpretation of the higher order correlations arising due to PEP. Unlike the previous attempts, this paper has stressed on fermion degeneracy and used it as a stepping stone to derive the parameters. Pauli crystals have always been approached by the harmonic oscillator treatment. This paper takes a different approach and takes the fermion degeneracy route. Finally, unifying the two different approaches forms a robust and succinct description of Pauli crystals.

\section{Origin and imaging of Pauli crystals}
This section is based on the work done in Refs. \cite{holten,nandini,gajda17,chiu,prev,gajda20,gajda21}.
PEP states that no two identical fermions can ever occupy the same quantum state simultaneously. PEP applies to only fermions, bosons do not obey this; they have the freedom to crowd. A more appropriate mathematical and quantum mechanical approach can be presented with the use of the Slater determinant.

Fermions are described by antisymmetric wave functions. An antisymmetric wave function can be mathematically described as follows:
\begin{equation}
\Psi(\mathbf{x}_1, \mathbf{x}_2) = -\Psi(\mathbf{x}_2, \mathbf{x}_1)
\end{equation}

To approximate the wave function of a two-particle case with coordinates $\mathbf{x}_1$ and $\mathbf{x}_2$, we have the Slater determinant. It can be expressed as
\begin{equation}
\begin{aligned}
 \Psi(\mathbf{x}_1, \mathbf{x}_2) &= \frac{1}{\sqrt{2}} \{\chi_1(\mathbf{x}_1) \chi_2(\mathbf{x}_2) - \chi_1(\mathbf{x}_2) \chi_2(\mathbf{x}_1)\} \\
  &= \frac{1}{\sqrt{2}} \begin{vmatrix} \chi_1(\mathbf{x}_1) & \chi_2(\mathbf{x}_1) \\ \chi_1(\mathbf{x}_2) & \chi_2(\mathbf{x}_2) \end{vmatrix},
\end{aligned}
\end{equation}
Where the coefficient is the Normalization factor. This wave function is now antisymmetric and no longer distinguishes between fermions. Moreover, it also goes to zero if any two spin orbitals of two fermions are the same. This is equivalent to satisfying the Pauli exclusion principle.

The expression can be generalised to any number of fermions by writing it as a determinant. For an N-electron system, the Slater determinant is defined as
\begin{equation}
\begin{aligned}
 \Psi(\mathbf{x}_1, \mathbf{x}_2, \ldots, \mathbf{x}_N) &=
  \frac{1}{\sqrt{N!}}
  \begin{vmatrix} \chi_1(\mathbf{x}_1) & \chi_2(\mathbf{x}_1) & \cdots & \chi_N(\mathbf{x}_1) \\
                      \chi_1(\mathbf{x}_2) & \chi_2(\mathbf{x}_2) & \cdots & \chi_N(\mathbf{x}_2) \\
                      \vdots & \vdots & \ddots & \vdots \\
                      \chi_1(\mathbf{x}_N) & \chi_2(\mathbf{x}_N) & \cdots & \chi_N(\mathbf{x}_N)
  \end{vmatrix}
\end{aligned}
\end{equation}
The normalization constant is implied by noting the number N, and only the one-particle wavefunction is written.

As a consequence of the PEP, a few noninteracting fermions trapped by untracold lasers self-organize into a periodic structure called a Pauli crystal. Pauli crystals represent the most probable arrangement of fermions when they have to fill ground state energy levels in an N-fermion system after being cooled to low temperatures. These geometric structures are not symmetric as one would expect 'crystals' to be (at least in the 2D case) and lack the regularity of 2D polyhedral structures. Pauli Crystals are unique in this way.

The N-fermion system should ideally be a very weakly interacting system. In case of an interacting system, the crystals would not be visible. For an N-particle system, as mentioned before, the wave function can be determined by the Slater determinant. Here too the same can be done and will be given by
\begin{equation}
\Psi(r_1, ..., r_N ) = \sqrt{\frac{1}{N!}} \det{[\psi_i(r_k)]}
\end{equation}

The single particle wave functions of an oscillator bound in a 2D harmonic trap is given by
\begin{equation}
\Psi_{p,q}(x,y)=\frac{e^{-(\frac{x^2+y^2}{2}) }H_p(x)H_q(y)}{\sqrt{2^{p+q}p!q!\pi}}
\end{equation}
where $H_p$ is the $p^{th}$ order Hermite polynomial and $x,y$ are in harmonic oscillator units. The single-particle energy corresponding to these states is $E_{pq}=(p+q+1)\hbar\omega=(n+1)\hbar\omega$ where $n=p+q$ is the total excitation number and each energy level is $(n+1)$-fold degenerate. This wave function in turn gives the probability density function which can be maximised using the Monte-Carlo algorithm. This gives us the theoretical arrangement of the fermions in the crystal.

The experimental detection and imaging of a Pauli crystal has two important parts. The first one is N non-interacting ultracold fermions trapped in a 2D harmonic potential and the second one is single shot imaging of the resulting geometric structure in terms of either position or momentum. Each single shot of the system of fermions determines the existence of a particular correlation. This process is repeated to recover all such correlations formed by the particles. Due to the rotational symmetry being broken with each individual experiment, the images obtained are found to be rotated by some angle with respect to an arbitrary axis. All N images have slightly different angular orientation so they will have to be rotated and then averaged together about the centre of mass of the system to reveal the correlations that we term Pauli crystals.
Holten et al. \cite{holten} have taken the particle momentum into consideration to determine the geometries arising out of the Pauli crystal and their experiment presents a practical showcase of the PEP.

\section{Total energy from fermion degeneracy}\label{sec1}
In this section, we derive the total energy of Pauli crystals from the fermion degeneracy approach.
\subsection{Energy of the crystal}
Consider a fermion is captured in a 2-D box of sides L. This box can also be thought of as an area of zero potential surrounded by walls of infinitely high potential. The fermion cannot
penetrate infinitely high potential barriers.

Solving the Schrödinger equation for a 2-D well we get,
\begin{equation}
 \psi_{n_x n_y}=\frac{2}{L}\sin{\left(\frac{n_x\pi}{L}x\right)}\sin{\left(\frac{n_y\pi}{L}y\right)}
\end{equation}

The corresponding energy eigenvalues are:
\begin{equation}
E_{n_x n_y}=\frac{\pi^2\hbar^2}{2mL^2}(n_x^2+n_y^2)
\end{equation}

Fermions with the highest allowed energy in this system will be at the Fermi Energy $E_f$
\begin{equation}
E_f=\frac{\pi^2\hbar^2}{2mL^2}R^2
\end{equation}
Where $R^2=n_x^2+n_y^2$ is the radius in R-space.

Therefore, number of energy eigen value points in R-space is given by
\begin{equation}
N=\pi R^2\times2\times\left(\frac{1}{2}\times\frac{1}{2}\right)=\frac{\pi}{2}R^2
\end{equation}
The factor of 2 is multiplied for the two spins and the halves are introduced to remove redundant $\pm n_i$.\\
Hence the value of $R^2$ becomes,
\begin{equation}
R^2=\frac{2}{\pi}N
\end{equation}
And, the value of $E_f$ becomes,
\begin{equation}
E_f=\frac{\pi^2\hbar^2}{2mL^2}\left(\frac{2N}{\pi}\right)=\frac{\pi\hbar^2}{m}\left(\frac{N}{L^2}\right)
\end{equation}
The number density of the fermions is given by
\begin{equation}
\sigma=\frac{N}{L^2}=\frac{N}{V}
\end{equation}
Where $V=L^2$ has been chosen to represent the area; analogous to the volume for 3-D systems.\\
Substituting the value of $\sigma$ in eqn (6) we get
\begin{equation}
E_f=\frac{\pi\hbar^2}{m}\sigma
\end{equation}
The density of states for a 2-D system is given by
\begin{equation}
g(E)=\frac{m}{\pi\hbar^2}
\end{equation}
This can be easily derived using a treatment similar to what we have done above. However, it can be concluded logically that the density of states for a 2-D system is independent of the energy. Since, as soon as some energy is provided to the particles, a significant number of states are available to them.

\vspace{5mm}
The total energy can be computed by integrating the combined energy of all the states below the state that has the Fermi energy
\begin{equation}
U=\int_{0}^{E_f} E.g(E)  \,dE
=\frac{mL^2}{\pi\hbar^2}\frac{E_f^2}{2}=\frac{mL^2}{2\pi\hbar^2}\left(\frac{\pi\hbar^2}{m}\right)^2 \sigma^2 = \frac{\pi\hbar^2}{2m}\sigma^2L^2
\end{equation}
The equation can be rearranged in the form
\begin{equation}\label{e1}
U=\frac{\pi\hbar^2}{2m}\left(\frac{N^2}{V}\right)
\end{equation}
Eqn (\ref{e1}) gives the total energy of a Pauli crystal.

\subsection{Energy in harmonic oscillator units}
We use natural harmonic oscillator units.
The linear unit of the ground state wavefunction in a cartesian direction is given by $a_0 =\sqrt{\hbar/m\omega}$.\cite{pathria}

Energy is in units of $E_0 =\hbar \omega$.

Converting Eqn (\ref{e1}) into natural harmonic oscillator units would somewhat simplify it and make it more comprehensive. Also, the data in Holten et al.~\cite{holten} is given in units of harmonic oscillator. This makes it easier for comparison with experimental values.

Let the radius of the crystal in harmonic oscillator units be $r$.

Therefore, the actual radius of the crystal $R=ra_0$.

Thus, the actual area of the crystal becomes
\begin{equation}
V=\pi R^2=r^2\frac{\pi\hbar}{m\omega}
\end{equation}

According to Eqn (\ref{e1}), the total energy is given by
\begin{equation}
U=\frac{\pi\hbar^2}{2m}\left(\frac{N^2}{V}\right)=\frac{\pi\hbar^2}{2m}\left(\frac{N^2}{r^2\frac{\pi\hbar}{m\omega}}\right)=\frac{N^2}{2r^2} \hbar\omega
\end{equation}
Therefore, in harmonic oscillator units the total energy of a Pauli crystal is given by
\begin{equation}\label{e2}
U=\frac{N^2}{2r^2}
\end{equation}
Where $N$ is the total number of particles in the crystal and $r$ is the radius of the crystal in harmonic oscillator units.

\subsection{Comparison with experimental data}

The total number of fermions $N=6$ and the radius is $r\approx 1.14$. The exact figure was not reported in Ref. \cite{holten}. This value has been taken from Figure 2c of Ref. \cite{holten}.

According to Eqn (\ref{e2}), the total energy of the crystal (in units of $E_0$) turns out to be
\begin{equation}
U=13.85
\end{equation}
The theoretical value in Ref. \cite{holten}(in units of $E_0$) is
\begin{equation}
U=14
\end{equation}
This is very close to the value from our calculations with an error of only $1.1\%$. The error stems solely from the value of the radius.
\\
And, the experimentally determined value is
\begin{equation}
U=13.1
\end{equation}
The experimental value deviates from our calculated value by about $7.1\%$.

It must be noted that the paper itself quoted an experimental error of $6\%$.

One can be quite apprehensive of the utility of this treatment of a Pauli crystal. This only gives an approximate value that is also dependent on the measured radius of the crystal system. Moreover, treating the fermions in the crystal as harmonic oscillators would eliminate the above two drawbacks. However, if we have some patience we shall observe this will help us to predict the radius as well as the energy independent of each other.

\section{Total energy from harmonic oscillator treatment}
In this section, we derive the total energy of Pauli crystals by treating the fermions as harmonic oscillators. To ease out this process, we define a quantity called the order of the crystal.
\subsection{Order of crystal}
Due to the Pauli exclusion principle, fermions are filled into the energy levels in an ordered fashion. They progress in series of natural numbers as 1,2,3,...

Therefore, total number of fermions in a Pauli crystal is of form
\begin{equation}
N=1+2+3+...+k=\frac{k(k+1)}{2}
\end{equation}
Where, $k$ is a natural number i.e., $k \in \mathbb{N}$ .

Here $k$ can be deemed as the order of the Pauli crystal that gives us the total number of fermions in the crystal.
\begin{figure}[h!]
\centering
\includegraphics[width=0.9\textwidth]{3.eps}
\caption{Crystals of (a) order 1  (b) order 2  (c) order 3. Image from Ref. \cite{holten}}
\end{figure}

For a crystal of order 1 the total number of fermions is 1 i.e., only one at the center. For a crystal of order 2 the total number of fermions is 3, all residing in one single orbit. For a crystal of order 3, total number of fermions is 6 with one at the centre and the other five in an orbit around the centre.

\subsection{Energy of the $k$-th order crystal}
The energy of the single particle states is given by $E=(n+1)\hbar\omega$, where $n$ is total
excitation number of the degenerate energy levels. The $n$-th energy level is $(n + 1)$-fold degenerate.

For the total energy of the $k$-th order or $N=\frac{k(k+1)}{2}$ ground state, we need to sum over the energies of all $N$ fermions. Keeping the mind the degeneracy, the $n$-th energy level can be occupied by $(n + 1)$ fermions.

The result is as follows :

1 fermion in the n=0 level : $E=1\hbar\omega$

2 fermions in the n=1 level: $E=(2\times2)\hbar\omega=4\hbar\omega$

3 fermions in the n=2 level: $E=(3\times3)\hbar\omega=9\hbar\omega$

\vspace{5mm}
Total energy for $N=1+2+...+n=\frac{n(n+1)}{2}$ fermions is $[1^2+2^2+3^2+...+n^2]\hbar\omega$.

\vspace{5mm}
Clearly, $\frac{n(n+1)}{2}=\frac{k(k+1)}{2}$ implies $n=k$.

\vspace{5mm}
Therefore, the total energy of the $k$-th order
\begin{equation}\label{e3}
U=(1^2+2^2+3^2+...+k^2)\hbar\omega=\frac{k(k+1)(2k+1)}{6}\hbar\omega
\end{equation}
Rewriting Eq (\ref{e3}) in terms of $N$ and in harmonic oscillator units, we get
\begin{equation}\label{e4}
U=\frac{N}{3}\sqrt{8N+1}
\end{equation}
Despite containing a square root and division by 3, U will always be an integer since it is the sum of the squares of natural numbers.

\subsection{Comparison with data}
The following energies are in harmonic oscillator units.

From Eq (\ref{e4}), the total energy of a 2nd order crystal with $N=3$ is $U=5$.

The total energy of a 3rd order crystal with $N=6$ is $U=14$.

The total energy of a 4th order crystal with $N=10$ is $U=30$.

\section{Radius of a Pauli crystal}
From Eq (\ref{e2}) and (\ref{e4}),
\begin{equation}
\frac{N^2}{2r^2}=\frac{N}{3}\sqrt{8N+1}
\end{equation}
Therefore, the radius in harmonic oscillator units
\begin{equation}\label{e5}
r=\left(\frac{3N}{2\sqrt{8N+1}}\right)^\frac{1}{2}
\end{equation}
In Eq (\ref{e5}), the radius depends on one variable only. We can calculated the radius of crystal by knowing only the number of fermions it contains.

Rewriting Eq (\ref{e5}) in terms of order $k$
\begin{equation}
r=\sqrt{\frac{3k(k+1)}{4(2k+1)}}
\end{equation}

For $N=3$, the radius $r=0.949$.

For $N=6$, the radius $r=1.134$. This is quite close to the  data from Ref. \cite{holten}.

In non-natural units, Eq (\ref{e5}) becomes
\begin{equation}
R=r\sqrt{\frac{\hbar}{m\omega}}=\left(\frac{3\hbar}{2m\omega}.\frac{N}{\sqrt{8N+1}}\right)^\frac{1}{2}
\end{equation}

\section{Density of a Pauli crystal}
In Sec. (\ref{sec1}), the number density of the fermions in a Pauli crystal has been denoted as $\sigma=N/V$.

Therefore, in natural units
\begin{equation}\label{e6}
\sigma={\frac{N}{\pi r^2}}=\frac{2}{3\pi}\sqrt{8N+1}
\end{equation}

In non-natural units,
\begin{equation}
\sigma=\frac{2m\omega}{3\pi\hbar}\sqrt{8N+1}
\end{equation}

\section{Number of fermions in a shell}\label{sec10}

Here shell refers to the circuital arrangement of the fermions in the crystal; not to be confused with energy levels or orbitals.

In a Pauli crystal, the fermions arrange themselves in a way  maximizing the N-body probability distribution. This is usually calculated using the Monte Carlo algorithm. However, we can take note of the fact there is a particular pattern to the arrangement of these fermions as shown in Fig. 1 of Ref. \cite{gajda17}.
\begin{figure}[h!]
\centering
\includegraphics[width=0.9\textwidth]{5.eps}
\caption{Pauli crystals of (\textbf{a}) order 2 (\textbf{b}) order 3 (\textbf{c}) order 4. The even ordered crystals progress as $1,5,9,..$,    and the odd ordered crystals progress as $3,7,11,..$. Image from Ref. \cite{gajda17}}
\end{figure}
The number of fermions in the $i$-th orbit of a crystal or $k$-th order, can be expressed as
\begin{equation}
f_i=4i+2(k\ mod\ 2)-3
\end{equation}
Where $mod$ is the modulo function that gives the \textit{least positive residue} (i.e., remainder of Eucledian division). $(a\ mod\ b)$ gives remainder when $a$ is divided by $b$.

For even $k$, $(k\ mod\ 2)=0$. Therefore, $f_i=4i-3$ or the number of fermions in orbits progresses as $1,5,9,..$.

For odd $k$, $(k\ mod\ 2)=1$. Therefore, $f_i=4i-1$ or the number of fermions in orbits progresses as $3,7,11,..$.

\section{Predictions for $N=15$ fermions}
Let us try applying the above model to a system of $N=15$ fermions. $N=15$ is a crystal of order 5. The following values are in harmonic oscillator units.

From Eq (\ref{e4}), the total energy of a 5th order crystal is $U=55$.

From Eq (\ref{e5}), the radius of the crystal is $r=1.43$.

From Eq (\ref{e6}), the number density of the crystal is $\sigma=2.33$

From Sec. (\ref{sec10}), the number of fermions in the first, second and third shells are $1,5\ \&\ 9$ respectively.

The Monte-Carlo simulation for the same has been done in \textbf{Fig.\ref{7png}}. From the simulation, it is crystal clear that the structure matches our predictions.

\begin{figure}[h!]
\centering
\includegraphics[width=0.6\textwidth]{7.eps}
\caption{Monte-Carlo simulation for $N=15$ fermions}
\label{7png}
\end{figure}

\section{Conclusion}
We made predictions for a system of $N=15$ fermions based on the model developed in this paper. The results match closely with the results obtained from the Monte-Carlo simulations in \textbf{Fig.\ref{7png}}.

Having said that, we would like to reiterate that the objective of this work is to develop a simpler model for studying the  qualitative and quantitative properties of the Pauli crystals, keeping the statistical mechanical treatment in mind. This model approaches the problem from two different directions, namely fermion degeneracy and harmonic oscillator treatment. As a result, this yields much more precise and accurate results compared to previous attempts.

\medskip
\medskip

\begin{acknowledgments}
The authors would like to acknowledge Dr Sourabh Lahiri of  Birla Institute of Technology, Mesra on two grounds. Firstly, for inculcating in his students an interest in statistical mechanics that made this work possible. Secondly, his endorsement has made it possible for this work to be uploaded into arXiv. The authors would also like to express their gratitude towards Dr Madhu Priya of Birla Institute of Technology, Mesra for taking an exceptional foundational course in statistical mechanics and assigning a project that resulted in this work. AM would also like to thank his mother for being a constant source inspiration for him.
\end{acknowledgments}

redpajama_set_name: RedPajamaArXiv


Triethylene Glycol also known as Triglycol. It is the third members of a homologous series of dihydroxyalcohols, colorless liquid with a mild odor. TEG is produced in the Master Process by the direct hydration of ethylene oxide. TEG is co-produced with MEG and TEG.


The process starts when you call or email. The MHR team begins gathering relevant information, making suggestions, and educating homeowners from the very first call. Then, We schedule a complimentary, professional consultation to determine how the project will fit within the desired investment amount and a cost range is developed.
We design your remodeling project so you can better envision the look and function of your space and we can provide you with a written construction cost proposal based on your specific project variables. We work with you and our suppliers to finalize materials or get optional pricing on specific materials.
We set up protection for finished floors, as well as dust control curtains. We strive to keep your home as clean as possible during the work process. At the end of each day we perform a rough clean to the workspace. We straightened up other work areas as well.
Throughout the work, we make sure we are communicating our progress with you to ensure continued work flow.
If at any time we discover an issue we will cease work on that particular issue and communicate with you immediately. Together we determine the best way to move forward and work resumes.
Upon completion, we remove all construction tools and thoroughly clean the remodeled rooms. Final payment will then be due and we always appreciate letters of recommendation and referrals to your friends, family and neighbors.


OBJECTIVES OF DEGREE PROGRAMME: The objectives of the B.Tech in Electrical and Electronic Engineering programme with option in telecommunications are: - To produce graduates who are well-educated in the fundamental concepts of telecommunications and are aware of emerging telecommunications technologies; - To produce graduates who are capable of continuing their professional development throughout their career by combining theory with its application; - To build human resource capacity in the telecommunications discipline in both the public and private sectors; - To produce graduates with good communication skills capable of functioning responsibly in diverse environments and able to work in teams; - To produce graduates who are innovative and are capable of creating jobs.
The mission of the Department is to provide training which covers the five technological pillars of Electrical Engineering – Electronics, Electricity, Power Systems, Telecommunications and Automatic Control Systems. Emphasis is placed on the predominance of these technologies both as industries in their own right and as drivers of other technologies.
STRUCTURE OF PROGRAMME FOR B.Tech IN ELECTRICAL AND ELECTRONIC ENGINEERING WITH OPTION IN TELECOMMUNICATIONS STRUCTURE OF PROGRAMME FOR B.Tech. IN ELECTRICAL AND ELECTRONIC ENGINEERING WITH OPTION IN TELECOMMUNICATIONS.
includes the 18 credits for University courses.
Some of the Engineers will also be able to create their own industries.


text:
PHILIP HERMOGENES CALDERON, R.A.
Philip Hermogenes Calderon looks wearily over his right shoulder into the space the photographer inhabits, the space the photograph privileges any viewer to inhabit. The image was captured by Frank Dudman, assistant to the photographer J. P. Mayall, in 1883. Calderon appears both dignified and humble in his comfortable, cross-legged pose, at home with an easel and several brushes in his hand. His luxurious velvet blazer is highlighted by the natural light from large windows to the viewer's right, which were characteristic of artist studios. At the time the photograph was taken, Calderon was living at Weston Lodge, 16 Grove End Road, in the burgeoning artist's community of St. John's Wood. The home was previously owned by the painter John Jackson, and Calderon made additions to it in 1876 to make it his own. The fireplace, the center of the home, is in the center of the room, which identifies the space as one for gathering and entertaining.
To the right of the fireplace is a chaise lounge and a fringed velvet chair. To the left is a chair of a more streamlined style, outlined in metal rivets, and inside the fireplace is an open parasol, which suggests that it is summer, when there was no need for a fire. Resting on the mantel are two miniature sculptures, personifications of Dawn (L'Aurora) and Night (La Notte) by Michelangelo Buonarroti, the originals of which flank the tombs of Lorenzo and Giuliano de' Medici in the church of San Lorenzo in Florence. Between the Michelangelo reproductions are two miniscule figures, too small to identify, and in the very center of the mantel is a decorative oriental chest. Above it hangs a tapestry with an all-over, ordered floral and vine motif, which draws the eye up the walls to the high ceilings in Calderon's studio. The orientation of the photographic plate emphasizes this verticality, which is also echoed by the artist's easel. Under the artist, a large patterned rug unifies the scene.
The painting on Calderon's easel shows the face of a young woman with curly hair, whose gaze is directed toward the artist himself. Another painting in the room, partly obscured by the artist's easel, appears to depict a sparse and modern interior scene. On the far right side of the composition is a table severed by the camera's edge, atop which rests a small fern in a shallow metal urn. The studio walls, covered in what is either embossed leather or marbled wallpaper, are split by a chair rail. A velvet curtain runs under a split-level part of the home in the background, stylishly camouflaging furniture and props needed for Calderon's paintings or social gatherings. The dark doorway above this spatial divider probably leads to the artist's personal gallery. A pulley used to hoist the artist's paintings up into this space hangs from the sloped wall just under the chandelier.
The portrait of Calderon was published in the July 1884 installment of Artists at Home.
Anna Mahony
← Further Reading
Stephens on Calderon →
The Author-Editor
The Publishers
The Photogravures
T. O. BARLOW, R.A.
Stephens on Barlow
Barlow the Artist
Auburn Lodge
JOSEPH EDGAR BOEHM, R.A.
Stephens on Boehm
Boehm the artist
Stephens on Calderon
Calderon the artist
16 Grove End Road
SAMUEL COUSINS, Hon. Retired R.A.
Stephens on Cousins
Cousins the artist
24 Camden Square
FRANK DICKSEE, A.R.A.
Stephens on Dicksee
Dicksee the artist
No. 2 Fitzroy Square
SIR JOHN GILBERT, R.A.
Stephens on Gilbert
Gilbert the artist
Ivy House
THE RIGHT HON. W. E. GLADSTONE, M.P.
Stephens on Gladstone
Gladstone the prime minister
GEORGE A. LAWSON
Stephens on Lawson
Lawson the Artist
6 Marlborough Road
SIR FREDERIC LEIGHTON, P.R.A., D.C.L., LL.D
Stephens on Leighton
Leighton the artist
Leighton House
ROBERT WALKER MACBETH, A.R.A.
Stephens on Macbeth
Macbeth the Artist
Wychcombe Studios
JOHN MACWHIRTER, A.R.A.
Stephens on MacWhirter
MacWhirter the artist
No. 1 Abbey Road
WILLIAM CALDER MARSHALL, R.A., H.R.S.A.
Stephens on Marshall
Marshall the artist
115 Ebury Street
JOHN EVERETT MILLAIS, R.A., D.C.L.
Stephens on Millais
Millais the artist
2 Palace Gate
JOHN PETTIE, R.A.
Stephens on Pettie
Pettie the artist
The Lothians
EDWARD JOHN POYNTER, R.A.
Stephens on Poynter
Poynter the artist
VALENTINE CAMERON PRINSEP, A.R.A.
Stephens on Prinsep
Prinsep the artist
1 Holland Park Road
RICHARD REDGRAVE, Hon. Retired R.A.
Stephens on Redgrave
Redgrave the Artist
18 Hyde Park Gate South
BRITON RIVIERE, R.A., M.A.
Stephens on Riviere
Riviere the artist
Flaxley
MARCUS STONE, A.R.A.
Stephens on Stone
Stone the artist
8 Melbury Road
GEORGE ADOLPHUS STOREY, A.R.A.
Stephens on Storey
Storey the artist
19 St. John's Wood Road
LAWRENCE ALMA TADEMA, R.A.
Stephens on Alma-Tadema
Alma-Tadema the artist
Townshend House
W. H. THORNYCROFT, A.R.A.
Stephens on Thornycroft
Thornycroft the artist
Moreton House
GEORGE FREDERICK WATTS, R.A., LL.D.
Stephens on Watts
Watts the artist
New Little Holland House
THOMAS WEBSTER, Hon. Retired R.A.
Stephens on Webster
Webster the artist
MR. WILLIAM FREDERICK YEAMES, R.A.
Stephens on Yeames
Yeames the artist
Acomb Lodge


CyanogenMod may be dead, but the world's favorite custom Android ROM lives on in the form of LineageOS, which has now gained an all-new logo to kick off the New Year. The logo, which can be seen in the image above, carries forward the color scheme from its spiritual predecessor, Cyanogen, and has a symbolic representation of a fork as a nod to the Cyanogen and AOSP source codes that form the backbone of the project. The logo is currently visible on LineageOS' all-new website as well as the project's official Github repository. While users still do not have a LineageOS ROM to download just as yet, the team has already said that it will share more information about its Weeklies and Nightlies once it reaches functioning capacity.
The Gerrit code review page of LineageOS went live just a few days back, but it is still a nascent project that hard-working volunteers are trying to get up on its feet, so that millions of Android enthusiasts around the world do not have to lose yet another beloved project. Of course, one of the biggest advantages of open source projects is that they never truly die, provided there are enough volunteers willing to put in the hard yards to keep it going. That being the case, it was widely expected that the CyanogenMod team will keep the underlying codebase of the popular custom ROM in active development, which is how the LineageOS project has now come to being.
In case you're unaware, Cyanogen officially ceased to exist last month after the acrimonious exit of the project's co-founder, Mr. Steve Kondic. In an entry posted on its official blog last week, Cyanogen Inc. announced that as of December 31, 2016, no new official builds of Cyanogen OS will be released, and all associated services will be discontinued. With Cyanogen Inc. biting the dust, the team behind CyanogenMod decided to adopt a different name for its open source project, looking to avoid any legal complications that might arise out of using the Cyanogen brand. Sadly, though, what all this means is that devices with pre-installed Cyanogen OS are effectively stuck without support from this point on.


2012/10/15 Eckmann Wins U23 and Claims Top 6 in Elite at USGP!
California Giant Berry Farms/Specialized rider Yannick Eckmann continued to impress in Sunday's USGP Smartwool Cup in Ft Collins where he finished sixth in the men's elite race after making the first selection and climbed to the top of the under-23 podium for the second day in a row.
Saturday's tacky conditions were gone as the elite men's field was greeted by a dry and fast course for the final race of the weekend. The race exploded early on under attack at the front. After a good start which put him in the top 10, Eckmann started to slowly move up. He made junction with the select group at the front in the second lap.
Going into the final lap, Eckmann was in a group with Ben Berden (Raleigh-Clement), Ryan Trebon (Cannondale-cyclocrossworld.com) and Danny Summerhill (Chipotle Development Team); fighting for fourth place.
"On the last lap, Trebon crashed in front of us, that moved him back, I just stayed in that group. Got a little gapped off in the back towards the finish but I was like I'm not going to give up now and closed the gap to that group again and sprinted for 4th place, and I ended up sixth." Eckmann concluded.


Mercury is the fastest planet in our solar system. Astrologically speaking, it is a difficult planet to "pin down" without going into the deeper symbolic chart progressions or solar arcs. But retrogrades last about three weeks which is an opportunity to look at some possible meanings during an extended window.
Evolutionary Astrology invites the concept of personal evolvement when looking at the stars. Instead of reporting what Mercury in retrograde means, I will offer some questions he may be asking you to answer for yourself. Mercury is the messenger to the gods. He can travel freely in the above and the below. And he's quick.
Am I saying what I really mean?
These questions are just part one in the equation. For Mercury is traveling though two signs, Aries and back into Pisces. These signs offer divine or archetypal energies to these questions.
With Aries, there is a pioneering energy, perhaps a daredevil or a warrior.
With Pisces, the energy is in the realm of the dreamer, the poet or mystic.
If I am to take a risk from my inner self, what must he hear? What must he say? What are the things I have not said or heard before from this deeper place? Once you have the answer to these questions – and they may show up unexpectedly quick, like Mercury himself, the statement turns to Pisces. Perhaps new information will come to you in dream time, or you will mediate on something you received from Mercury.
Finally, I will add that Mercury is beginning this inward journey in aspect to transiting Uranus. That suggests the nature of Mercury's message: the Self. Following that, Mercury travels back over the Sun – representing the ego. This Mercury retrograde appears to be about integrating a piece – even just a small one – of self that we need to hear or need to speak from within.
I love this Rick – daring to dream our highest good and allowing it to manifest. That is exactly where I am right now!!!! Thank you.
I had a great reading today by Rick! Thank you Rick!


text:
otto10 » Rock » Elvis - Going Home
Elvis - Going Home Album
Elvis Europe Audiofon 1996
Performer: Elvis
Title: Going Home
# Catalog: AFSO 66096
Label: Audiofon
Genre: Rock / Blues / Pop / Folk & Country
1 I Was The One 2:30
2 Baby Let's Play House 2:20
3 My Baby Left Me 2:11
4 Clean Up Your Own Backyard 3:13
5 Twelfth Of Never 2:38
6 Don't 2:46
7 Rip It Up 1:58
8 What'd I Say
9 Little Sister 2:28
10 Too Much Monkey Business 2:51
11 After Loving You 3:24
12 Guitar Man 2:53
13 Paralyzed 2:26
14 Wear My Ring Around Your Neck 2:13
15 Kentucky Rain 3:27
16 Baby I Don't Care 1:55
17 Just Call Me Lonesome 2:06
18 Going Home (Takes 16-26) 10:32
19 You Asked Me To 3:02
20 Young And Beautiful 2:05
21 Ready Teddy 1:53
22 I'm Movin´ On 2:49
23 Bonus Song
24 Faded Love 2:56
25 She Thinks I Still Care 3:39
26 Lovin' Arms 2:57
Arranged By – David Briggs (tracks: 23)
Backing Vocals – The Jordanaires
Bass – Mike Leech, Richard Shook
Drums – D.J. Fontana, Jerry Carrigan, Larrie Londin
Engineer – Chip Young
Guitar – Dale Sellers, Jerry Reed, Jerry Shook, Scotty Moore
Harmonica – Tony Joe White
Mixed By – David Briggs , Tony Brown
Mixed By [Overdubs] – David Briggs (tracks: 23)
Percussion – Terry McMillan
Piano – David Briggs
Producer – Felton Jarvis
Rhythm Guitar – Chip Young, Ray Edenton
Steel Guitar – Sonny Garrish
Going Home recorded 16 Jan 1968 at RCA Studios 'YB'
Re-recording sessions
Tracks 5,6,10 : 25th Jan 1980
Track 3 : 28th Jan 1980
Track 8 : 1st Feb 1980
Track 4 : 14th Oct 1980
Tracks 1,11 : 16th Oct 1980
Tracks 2, 7 : 17th Oct 1980
Matrix / Runout: AFSO66096
Overdubbed At – Young 'Un Sound, Nashville
Recorded At – RCA Studios
Elvis Presley singing Going Home a song recorded for the movie STAY AWAY JOE, but not used. Also including photos and video clips from the Home. Лента с персональными рекомендациями и музыкальными новинками, радио, подборки на любой вкус, удобное управление своей коллекцией. Goin' Home. This song is by Elvis Presley and appearsGoin' Home. This song is by Elvis Presley and appears on the album Speedway 1968. on the album Kissin' CousinsClambakeStay Away Joe 1994. on the Compilation album Tomorrow Is a Long Time 1999. This proud wild land where the wind blows freeHas always been a part of meIt's in my blood, I just can't get it outFor a hundred miles a man can seeAnd be about as wild as he wants to beIf he feels like shouting all he's gotta do is shout. Elvis in Concert is the live album released by RCA Records in October 1977 in conjunction with the television special of the same name which featured some of the final performances of American singer and musician Elvis Presley. Videotaped and recorded in June 1977, both the special and album were broadcast and released on October 3, the single My WayAmerica the Beautiful was released the same day six weeks after Presley's death. The album peaked at No. 5 on the Billboard chart in late 1977. Going home Elvis Presley di Elvis Presley. words & music by byers This proud wild land where the wind blows free Has always been a part of me Its in my blood, I just cant get it out For a hundred miles a man can see And be about as wild as he wants to be If he feels like shouting all hes gotta do is shout Where the purple mountains. cactus blooms in the early morning sun Where the nightwings sing and eagles fly The clouds paint pictures in the sky The coyotes howl tells you when the day is done Im coming home, this time Im gonna stay Im coming home and I aint never goin away My feet are itching to get back home Ive had the desert fever since Ive. Watch the video for Going Home from Elvis Presley's Tomorrow Is A Long Time for free, and see the artwork, lyrics and similar Label. Elvis Presley. Tomorrow Is a Long Time. Blue Suede Shoes Collection. Текст песни Elvis Presley Going Home. This proud wild land where the wind blows free, Has always been a part of me, It's in my blood, I just can't get it out. the desert fever since I've been gone I need some loving so bad that I can't see When a woman looks a man in the eye You know it takes a man to satisfy Thinking about them girls is killing me I'm going home, going home Going home, I'm going home Going home, going home Going home. Elvis Presley albums discography. This is a discography of albums by American singer Elvis Presley, from his debut in 1956. The Recording Industry Association of America RIAA first began tracking sales of Elvis Presley in 1958, who did not receive his first Gold Album award until that year. In August 1992, he was awarded with 110 gold, platinum and multi-platinum albums and singles, the largest presentation of gold and platinum record awards in history. According to the latest. Elvis was going his own way. He didn't want them around. They had absolutely no control. Elvis sang an impromptu version of the number, throwing in a few lines of It's My Way, then going into I Can't Stop Loving You. Then it was time to get to work, with Elvis turning in stellar renditions of True Love Travels On A Gravel Road, Stranger In My Own Home Town, and Neil Diamond's gentle And The Grass Won't Pay No Mind
Related to Elvis - Going Home:
Elvis Presley - Elvis At Stax
Elvis Presley - 50,000,000 Elvis Fans Can't Be Wrong - Elvis' Gold Records, Vol. 2
Kurupt - Welcome Home / I Call Shots
Various - The Rocking Jiving King (Vol. 1)
Wu-Tang Clan - Protect Ya Neck
Terry Stafford - Heartache On The Way / You Left Me Here To Cry (Come On Home)
Elvis Presley - His Best Years 1954-1960 - Complete Works
Elvis Presley - Baby Let's Play House / I'm Left, You're Right, She's Gone
Elvis Presley - I Was The One
Play-N-Skillz - Come Home With Me (Ohh! Baby) / Do Ya Thang