text:
package com.google.android.apps.iosched.gcm.server.cron;

import com.google.android.apps.iosched.gcm.server.BaseServlet;
import com.google.android.apps.iosched.gcm.server.db.DeviceStore;

import java.io.IOException;
import java.io.PrintWriter;

import javax.servlet.http.HttpServletRequest;
import javax.servlet.http.HttpServletResponse;

@SuppressWarnings("serial")
public class VacuumDbServlet extends BaseServlet {
    @Override
    protected void doGet(HttpServletRequest req, HttpServletResponse resp)
            throws IOException {
        resp.setContentType("text/html");
        resp.addHeader("X-FRAME-OPTIONS", "DENY");

        // Print "OK" message
        PrintWriter out = resp.getWriter();
        out.print("OK");
        resp.setStatus(HttpServletResponse.SC_OK);
    }
}

redpajama_set_name: RedPajamaGithub


text:
Andrews McMeel Almanac for July 09, 2016
by the Editors at Andrews McMeel Syndication
Andrews McMeel Almanac | July 9th, 2016
Today is the 191st day of 2016 and the 20th day of summer.
TODAY'S HISTORY: In 1850, President Zachary Taylor died in office of a stomach-related illness at the age of 65.
In 1868, the 14th Amendment was ratified, guaranteeing full citizenship and equal protection to African-Americans.
In 1943, Allied forces launched an amphibious invasion of Sicily.
In 1981, the Nintendo video game "Donkey Kong" was released.
TODAY'S BIRTHDAYS: Ann Radcliffe (1764-1823), author; Matthew Lewis (1775-1818), author; Elias Howe (1819-1867), sewing machine inventor; Donald Rumsfeld (1932- ), former defense secretary; Brian Dennehy (1938- ), actor; Richard Roundtree (1942- ), actor; Dean Koontz (1945- ), author; Chris Cooper (1951- ), actor; John Tesh (1952- ), composer/musician; Lindsey Graham (1955- ), politician; Tom Hanks (1956- ), actor; Courtney Love (1964- ), singer-songwriter; Jack White (1975- ), musician/singer-songwriter.
TODAY'S FACT: In an effort to inspire efforts and encourage enlistment, General George Washington had the newly adopted Declaration of Independence read aloud to his troops in the Continental Army in New York City on this day in 1776.
TODAY'S SPORTS: In 1877, the inaugural Wimbledon tennis championship took place in London.
TODAY'S QUOTE: "How strange it is, that a fool or a knave, with riches, should be treated with more respect by the world, than a good man, or a wise man in poverty!" -- Ann Radcliffe, "The Mysteries of Udolpho"
TODAY'S NUMBER: 1,720 -- height (in feet) of the wave that hit Lituya Bay in the Gulf of Alaska on this day in 1958. The "megatsunami," the largest in recorded history, was caused by an 8.3-magnitude earthquake on the Fairweather Fault along the Alaskan coast.
TODAY'S MOON: Between new moon (July 4) and first quarter moon (July 11).
Today is the 190th day of 2016 and the 19th day of summer.
TODAY'S HISTORY: In 1889, The Wall Street Journal was published for the first time.
In 1932, the Dow Jones Industrial Average fell to its lowest point of the Great Depression, at 41.22.
In 1947, news outlets reported a UFO crash near an army airfield in Roswell, New Mexico.
In 1994, Kim Jong-il began to assume leadership of North Korea upon the death of his father, Kim Il-sung.
In 2011, the space shuttle Atlantis began the last NASA space shuttle mission.
TODAY'S BIRTHDAYS: John Pemberton (1831-1888), chemist/Coca-Cola inventor; John D. Rockefeller (1839-1937), entrepreneur; Hugo Boss (1885-1948), fashion designer; Nelson A. Rockefeller (1908-1979), New York governor/U.S. vice president; Jeffrey Tambor (1944- ), actor; Wolfgang Puck (1949- ), chef; Anjelica Huston (1951- ), actress; Kevin Bacon (1958- ), actor; Toby Keith (1961- ), singer-songwriter; Beck (1970- ), singer-songwriter; Jaden Smith (1998- ), actor.
TODAY'S FACT: Between 1855 and 1934, John D. Rockefeller donated $530.9 million to charitable causes.
TODAY'S SPORTS: In 1889, boxing's last bare-knuckle championship match was fought. John L. Sullivan defeated Jake Kilrain in a 75-round bout that lasted two hours and 16 minutes.
TODAY'S QUOTE: "Wherever we look upon this earth, the opportunities take shape within the problems." -- Nelson A. Rockefeller
TODAY'S NUMBER: 59,292 -- women currently serving in active duty roles in the U.S. Air Force. The USAF accepted its first female recruits into the Women in the Air Force program on this day in 1948.
TODAY'S HISTORY: In 1898, the United States annexed Hawaii as a U.S. territory.
In 1954, Elvis Presley made his radio debut, as his single "That's All Right" was broadcast by Memphis radio station WHBQ.
In 1981, President Ronald Reagan nominated Sandra Day O'Connor to serve as the first woman on the U.S. Supreme Court.
In 2005, terrorists detonated explosives aboard a double-decker bus and three trains during the morning rush hour in London, killing 56 people and injuring 700.
TODAY'S BIRTHDAYS: Leroy "Satchel" Paige (1906-1982), baseball player; Robert Heinlein (1907-1988), author; Doc Severinsen (1927- ), trumpet player; David McCullough (1933- ), author/historian; Ringo Starr (1940- ), drummer/singer; Shelley Duvall (1949- ), actress; Jim Gaffigan (1966- ), comedian; Jorja Fox (1968- ), actress; Lisa Leslie (1972- ), basketball player; Michelle Kwan (1980- ), figure skater.
TODAY'S FACT: The Chillicothe Baking Co. of Chillicothe, Missouri, introduced the first packaged sliced bread on this day in 1928.
TODAY'S SPORTS: In 1985, 17-year-old German tennis player Boris Becker became the youngest men's singles title winner in history at Wimbledon.
TODAY'S QUOTE: "No harm's done to history by making it something someone would want to read." -- David McCullough
TODAY'S NUMBER: 59 -- age at which Satchel Paige pitched in his last Major League Baseball game, for the Kansas City Athletics, on Sept. 25, 1965. In his honor, owner Charles O. Finley furnished the bullpen with a rocking chair.
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redpajama_set_name: RedPajamaCommonCrawl


This is the Basic series for Linds and a wonderful Single Tote bag with removable foam ball cup. This bag is great for any beginner bowler who is just starting out or a recreational bowler that only needs to bring one ball to the bowling alley. This bag holds a pair of shoes and limited bowling accessories.
Due to the time it takes to produce the Linds Basic Single Tote Black ball it will ship in 3 bus. days. We cannot ship this ball outside the United States.


We have been designing, retailing and wholesaling cards since 1999.
We retail locally and this close contact with our customers helps us keep up to date with what our card buyers want. It seems that what card buyers want is 'something different' and 'a bit of a giggle'. We feel that our range has something for everyone. Below are examples of our more serious work.
Animal designs are very popular especially cats and dogs. We also appreciate that not everyone is an animal lover so there are designs for them too.
All our cards are blank inside to allow plenty of space for you to write your own very personal message.
Our range covers animals, people, hobbies and pastimes, from walking and gardening to fishing and shooting. We design our cards to be as versatile as possible and while we stock a wide selection of specific cards we have lots that are suitable for lots of different occasions. Our Big Hug card, for example, can be used for celebrations or commiserations. This means that you can always keep a stock of Stephen Cocker Cards and be confident of having a card for every eventuality.
Farm shops and independent card shops provide the bulk of our wholesale business and we are keen to develop this side of the company. This said, we are a small concern (just the two of us) and we have to ensure that our wholesalers are not competing with each other. So we are sorry but if shops are too close together then we cannot supply them, although we do use a waiting list in these cases.


text:
The 2021 Global Mayors' Forum holds its Plenary Session
GUANGZHOU, China, Nov. 13, 2021 /PRNewswire/ — (Correspondent: Guangzhou Foreign Affairs Office) The plenary session of the 2021 Global Mayors' Forum was held yesterday evening (Nov. 11) at the Guangzhou Yuexiu International Congress Center. Organizations, representatives, and guests from around
GOOVIS Defines All-New Market Segment for Experiencing Multimedia
HONG KONG, Nov. 12, 2021 /PRNewswire/ — GOOVIS, the product brand of NED Optics, a technical leading company in the XR Head-Mounted Display (HMD) field, has created a new segment of visual devices. Different from many AR/VR HMDs on the market,
DJ duo NERVO and Heineken® to take off with a unique hot air balloon performance to celebrate the return of F1® to Brazil
On race day at the Formula 1 Heineken Grande Premio De Sao Paulo 2021, superstar DJs NERVO will take to the skies and perform in a hot air balloon for fans to enjoy the performance in a socially distanced, responsible
HONG KONG, Nov. 12, 2021 /PRNewswire/ — GOOVIS, the product brand of NED Optics, a technical leading company in the XR Head-Mounted Display (HMD) field, has created a new segment of visual devices. Different from many AR/VR HMDs on the
Doo Prime Acquired The Seychelles FSA License To Safeguard Our Clients' Funds
HONG KONG, Nov. 12, 2021 /PRNewswire/ — Doo Prime is pleased to announce that Doo Prime Seychelles Limited is now regulated by the Seychelles Financial Services Authority (FSA). This comes with the successful acquisition of the FSA Securities Dealer License.
lululab named a CES Innovation Awards Honoree for the fourth consecutive year
IRVINE, Calif., Nov. 12, 2021 /PRNewswire/ — lululab, a member of Born2Global Centre, was recently named a CES Innovation Awards honoree for the fourth consecutive year (2019–2022) at the Consumer Electronics Show (CES) 2022, held in New York City. lululab
ITRI to Exhibit Innovations in AI, Robotics, ICT, and Health Tech at CES 2022
HSINCHU, Nov. 12, 2021 /PRNewswire/ — The Industrial Technology Research Institute (ITRI), Taiwan's largest and one of the world's leading high-tech applied research institutions, invites you to its CES 2022 booth 9513, North Hall, LVCC, and its virtual event site (https://event.itri.org/CES2022) to
LONGi Founder and President Li Zhenguo addresses APEC CEO Summit
XI'AN, China, Nov. 12, 2021 /PRNewswire/ — Li Zhenguo, founder and president of the world leading solar technology company LONGi, has addressed the 2021 Asia-Pacific Economic Cooperation (APEC) CEO Summit via online video, also taking part in a virtual roundtable
The 5th Belt and Road Teenager Maker Camp and Teacher Workshop Opened in Nanning, Guangxi
NANNING, China, Nov. 12, 2021 /PRNewswire/ — On November 9, the 5th Belt and Road Teenager Maker Camp and Teacher Workshop kicked off in Nanning. This event was co-sponsored by the China Association for Science and Technology, the Ministry of
Envision Digital and SITA Join Forces to Develop Net Zero Technology and Help ecarbonize Airports
SINGAPORE, Nov. 12. 2021 /PRNewswire/ — Envision Digital International Pte Ltd ("Envision Digital"), a Singapore-headquartered global net zero partner and Artificial Intelligence of Things (AIoT) technology leader, and SITA, the world's leading IT provider for the air transport industry, have signed a
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I recently learned that I can purchase a title insurance policy in connection with the purchase of my boat. I know these policies are common in real estate transactions, but do I really need to worry about it for a boat? What types of problems can affect the title of a boat?
Vessel title issues may develop as a consequence of the title recording system used for recreational vessels in the United States, and these problems are more common than you might think.
As noted in this column in the August 25 issue ('A Lesson on Liens'), the recording of a maritime lien with the Coast Guard is optional, and a valid claim may exist against the boat even when the title history appears to be free of liens. An unrecorded lien may be troublesome, but that problem is insignificant when compared to a boat with two titles.
Unlike real property, where all transactions for a particular property will be recorded in the county where it is located, a boat may be registered anywhere on the planet. She may be registered in any state, even if she has never been there, she may be registered (documented) with the Coast Guard or she can be registered with a foreign country. Some states (such as New York) require a boat to be state-registered even if she is also Coast Guard documented. Some states (such as Delaware) do not use the registration process to provide a legal 'title' to the boat.
The registration for a particular boat may transfer from state to state, or it may transfer between state registration and Coast Guard documentation. California law requires a Coast Guard-documented vessel to be removed from documentation before she is registered with the Department of Motor Vehicles as a 'CF' boat. Unfortunately, DMV clerks sometimes overlook this requirement, and they may issue a California 'pink slip' for a boat that is still documented with the Coast Guard. Whether by mistake or by fraud, the pink slip may then be submitted to the Coast Guard for the issuance of a second Certificate of Documentation, even though the first document is still valid.
This complicated titling and registration system may lead to very serious problems for a buyer. A boat with two 'live' titles may have a valid mortgage recorded under one title, which would not appear on the other title. Or the boat may be sold to two different buyers. In either case, a perfectly innocent buyer may actually lose title to the boat.
A diligent buyer may take steps to avoid these problems, starting with a careful review of the Coast Guard Abstract of Title. A boat that was documented when she was sold to the first owner, with an unambiguous and uninterrupted chain to the current owner, is less likely to have a problem than a boat that was state-registered for part of her life. Physical inspection of the boat is also important. Compare the Hull Identification Number stamped on the boat's transom to the number recorded in the Coast Guard records. Compare the Coast Guard Official Number marked on the boat to the number on the Certificate of Documentation. Federal law requires the Official Number to be permanently affixed to the vessel, so that alteration, removal or replacement would be obvious.
Marine title insurance is a relatively new product that is not yet a standard feature in yachting transactions. It would, however, provide coverage for the problems discussed in this article, and it I expect that it will gain broad acceptance in the future.


1) Tends steam cooker that breaks down oil cells and controls moisture content of corn, soybeans, cottonseed, linseed meal or fish, prior to extraction of oil: Turns valves to regulate steam pressure inside cooker or steam jacket and to maintain temperature within specified range.
2) Observes conveyor feeding material to cooker or climbs to top of cooker to determine that material is feeding continuously.
3) May scoop handful of material from entry or discharge point of cooker and examine or feel material to determine how much steam should be added.
4) May record steam pressure and temperature readings at specified intervals.
5) May tend machine to crush meats for processing.
6) May tend cake-forming machine to shape cottonseed meats for pressing.
Is being a "COOKER, MEAL" your very best career choice?
See the Future Outlook and Educational Requirements for "COOKER, MEAL"
End Of Job Description for: "COOKER, MEAL"


text:
Gielis vander Hecken of Egidius Heckius (ca. 1491 – 14 augustus 1538) was een augustijner monnik in de priorij Zevenborren bij Brussel. Hij was verluchter, cartograaf en historiograaf.

Leven

Vander Hecken kwam uit een Brusselse patriciërsfamilie die verschillende schepenen leverde. Onder het prioraat van Laurent vander Moortere (1509-1513) trad hij in als regulier kanunnik bij de augustijnen van Zevenborren. Hij was econoom (procurator) maar maakte voor de rest geen promoties. Zijn aandacht ging volledig uit naar zijn werk. Zevenborren was deel van de Windesheimer groep in het Zoniënwoud, een intellectueel kloosternetwerk gevoed door de Moderne Devotie. In zijn werk, al sterk doordrongen van humanisme, bracht Vander Hecken deze ideeën tot uitdrukking. Naast prozaschrijver was hij een uitstekend verluchter.

Een verslechterende oogziekte dwong hem met de neus op het blad te zitten en maakte hem uiteindelijk blind. Hij werd behandeld door aderlating en cauterisatie van zijn rug, maar raakte ook nog verlamd. Een kuur in de baden van Aken bracht geen genezing, wat niet verhinderde dat hij zijn arts Georgius Cellen – tot ongenoegen van de augustijnen – de fraaie Carolina gaf die hij had vervaardigd. Hij stierf na een periode van bedlegerigheid op 47-jarige leeftijd.

Labyrinthi
De Labyrinthi is een boek met Neolatijnse religieuze poëzie dat door Vander Hecken is verlucht. In artistieke tekeningen van grote conceptuele complexiteit verwerkte hij bijbelse en haast esoterische kennis. Een tekening als Arbor bis mortua vertoont maniëristische kenmerken, hoewel hij in andere aspecten nog tot de laatmiddeleeuwse leefwereld behoort. Hij gaf ook blijk van grote vertrouwdheid met en gehechtheid aan het stedelijke milieu van Brussel. De tekening Bruxella bevat veertien zevenvouden om de stad te metaforisch te conceptualiseren: zeven mannenkloosters, versterkingen, kapellen, fonteinen, vrouwenkloosters, straten uitkomend op de Grote Markt, stadspoorten, geslachten, godshuizen, nog poorten, armenhuizen, senatoren, mirakelcultussen en parochiekerken.

Oppidae Brabantiae

Dit werk, ingebonden in de codex met de catalogus van Zevenborren, geeft een inventaris van ca. 750 steden, vrijheden, dorpen, abdijen en rivieren in het hertogdom Brabant. Links van de tekst staat de oudste kaart van Brabant, weergegeven als een cirkel van 14 cm doorsnede, in de traditie van de mappa mundi. Wegen en grenzen zijn niet afgebeeld, hij toont een land van steden en rivieren.

Publicaties
Carolina (genealogie en biografie van keizer Karel V)
Een beschilderde rol met de genealogie van keizer Karel V
Labyrinthi (getekende bijbelmeditaties)
De episcopis Cameracensibus et Leodiensibus (over de Kamerijkse en Luikse bisschoppen)
Cathalogus fratrum domus Septemfontium (drie boeken over de broeders van Zevenborren)
Oppidae Brabantiae cum villis liberis atque pagis seriatim descripta (over het hertogdom Brabant)
Chronicon universale a S. Petro ad annum 1550 (stambomen)

Handschriften
Oxford, Bodleian Library, Douce ms. 373
Brussel, Koninklijke Bibliotheek van België, ms. 11974-11985

Literatuur
 Félix-Victor Goethals, "Van der Hecken" in: Lectures relatives à l'histoire des sciences, des arts, des lettres, des mœurs et de la politique en Belgique, vol. III, 1838, p. 23-25
 Michael W. Evans, "The Labyrinths of Giles van der Hecken" in: Manuscripts in the fifty years after the invention of printing, ed. J.B. Trapp, 1983, p. 34-41
 Claire Lemaire m.m.v. Marguerite Debae, "Le plan de Bruxelles de Gilles van der Hecken (1535)" in: Bruxelles et la vie urbaine. Archives – Art – Histoire. Recueil d'articles dédiés à la mémoire d'Arlette Smolar-Meynart (1938-2000), eds. Frank Daelemans en André Vanrie, 2001, vol. I, p. 227-241
 Sergio Boffa, "La première carte manuscrite du duché de Brabant (c. 1535)" in: Revue belge de philologie et d'histoire, 2011, p. 95-109.
 Kees Schepers, "Gielis vander Hecken and his Perplexing Guide through the Labyrinths of Christian Moral Doctrine. An Introduction", in: Ons Geestelijk Erf, 2013, nr. 2-3, p. 244-289

Voetnoten

Augustijn
Zuid-Nederlands historicus (voor 1830)
Zuid-Nederlands miniaturist (voor 1830)
Zuid-Nederlands cartograaf (voor 1830)
15e-eeuws schrijver
Persoon in de Nederlanden in de 15e eeuw
Geschiedenis van Brabant

redpajama_set_name: RedPajamaWikipedia


erica lewis lives in San Francisco where she is a fine arts publicist and curates the john oates house reading series. Her work has appeared or is forthcoming in various anthologies and journals. Books include the precipice of jupiter, camera obscura (both collaborations with artist Mark Stephen Finein) and murmur in the inventory. daryl hall is my boyfriend, book one in the box set trilogy, is just out from Barrelhouse; mary wants to be a superwoman, book two, is forthcoming from Third Man Books in 2017. Recent chapbooks include publications from Ypolita Press and Lame House Press; chapbooks are forthcoming in 2016 from Belladonna, Lark Press, and After Hours/The Song Cave. She was born in Cincinnati, Ohio.


text:
Ethics panel calls on former U.S. Rep. Blake Farenthold to repay $84,000 harassment settlement
Kevin Diaz, Houston Chronicle
April 12, 2018 Updated: April 12, 2018 9:16 p.m.
FILE - In this March 19, 2013 file photo, Rep. Blake Farenthold, R-Texas is seen on Capitol Hill in Washington. The House Ethics Committee says it is continuing an investigation of Farenthold, despite a recommendation by an investigative panel that the complaint be dismissed. (AP Photo/Jacquelyn Martin, File)Jacquelyn Martin/STF
WASHINGTON – The House Ethics Committee on Thursday called for former U.S. Rep. Blake Farenthold to honor his pledge to repay an $84,000 taxpayer settlement to end a sexual harassment case.
The bipartisan committee, in a unanimous statement, said that while it no longer has jurisdiction over the Corpus Christi Republican, it encouraged him "in the strongest possible terms" to make good on his promise to pay back the settlement stemming from a 2015 sexual harassment case brought by Lauren Greene, a former staffer in his Washington office.
Farenthold, who abruptly resigned from Congress a week ago, was not immediately available for comment. His former chief of staff, Bob Haueter, referred inquiries to the Clerk of the House, which did not respond for comment.
The Ethics statement, released by Ethics Chairwoman Susan Brooks, R-Ind., and ranking member Ted Deutch, R-Fla, noted that Farenthold "publicly promised to reimburse the U.S. Treasury for $84,000 in funds paid to settle the lawsuit brought against him for claims of sexual harassment, gender discrimination, and retaliation."
They added: "We encourage him in the strongest possible terms to uphold that promise."
A spokeswoman for Farenthold told the Chronicle last month that despite his earlier vows to repay the settlement, he was waiting to "on advice of counsel," to see what action Congress would take on pending legislation to reform the way lawmakers offices handle sexual harassment cases.
Farenthold, under an ethics cloud since the 2015 sexual harassment case, announced in December that he would not run for reelection, but vowed to repay taxpayers and serve out the remainder of his term.
But with the Ethic Committee moving forward this month on the allegations brought by Greene and several other former staffers in his office, Farenthold announced his immediate resignation last Friday, saying "I know in my heart it's time for me to move along and look for new ways to serve."
Greene's allegations were originally investigated by the independent Office of Congressional Ethics, which recommended that the Ethics Committee dismiss the case. However the ethics panel, citing the "seriousness of the allegations," kept the case open.
The investigation expanded in December after several other staffers went public with complaints about the atmosphere in the office, which Farenthold acknowledged had been unprofessional.
The new allegations against Farenthold came amid a series of accusations of sexual impropriety against prominent figures in business, the media, and politics.
In announcing that it was dropping Farenthold's case, the Ethics Committee statement said "sexual harassment and discrimination in the workplace are serious matters and such conduct should have no place in the halls of Congress."
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Kevin Diaz
Reach Kevin on
Kevin Diaz came to the Houston Chronicle in February 2014 with more than a decade of experience covering Washington. Before that, he was the chief Washington correspondent for the Minneapolis Star Tribune, where he got his start in journalism in 1984 as a night cops reporter. During his tenure in Minneapolis, he won awards for his coverage of gang crime and city hall. He also taught public affairs reporting at the University of Minnesota, where he received his Master's. After a stint at the Washington (D.C.) City Paper, Kevin went back to the Star Tribune, where he won national awards for articles on globalization and immigration. He also covered the 9/11 terrorist attacks from Washington and New York. Born and raised in Italy, Kevin has reported from Italy, Brazil, Mexico, and Cuba, where he covered Jesse Ventura's 2002 trade mission. In 2003, he filed daily Iraq War dispatches for McClatchy Newspapers from the U.S. Central Command in Qatar. In 2006, he covered the presidential election standoff in Mexico. He also has covered Washington for the Anchorage Daily News and the Idaho Statesman.


Typically used to protect residential properties that do not qualify for a standard homeowners form, dwelling fire policies have long been a go-to coverage for dwellings that are vacant, occupied by someone other than the owner, or used as residential investment property, explains Donna Dodd, director, personal insurance underwriting, Burns & Wilcox. The investment property it protected was usually a one-to-four-unit dwelling built or acquired for that purpose and occupied by at least one full-time tenant with a lease. Times have changed, however.
In some cases, property owners who once used their vacation homes exclusively themselves have been forced to rent those properties on a short term or seasonal basis. Similarly, banks holding large inventories of foreclosed and walk-away housing are holding back some of that property and instead renting it out to bring in income, rather than accepting bargain basement prices at auction. These protection needs are usually met within the nonstandard market through dwelling fire policies or hybrid homeowners' policies tailored to special needs.
For example, the dwelling fire policy usually covers the building, personal property (including furniture and appliances used by others), premises liability (instead of worldwide liability) and loss-of-rental-income from a covered loss (instead of the standard policy's business-related activities exclusion), says Dodd. The owner needs this coverage even if renters have their own insurance.
The ability to customize forms and write outside the box of prescribed conditions is extremely important in retaining clients whose housing needs shift. Take, for example, a case in which an agent brought Burns & Wilcox an account that was up for renewal involving a vacant, fully furnished home in one state and a more modest, occupied condo in another. It was a puzzling situation until the underwriter learned the homes were owned by an athlete who now was working for another team in another state, prompting him to relocate to his secondary dwelling.
"I mostly see vacant homes; more vacant homes than anything else," says Mike Bodner, personal insurance underwriter at the Burns & Wilcox New Jersey office. Throughout the past 12-to-18 months, he's observed more homeowners leaving their homes vacant because they want to move but can't find a buyer.
Vacant homes are often viewed as a less attractive risk than rentals because small problems can go undiscovered for long periods of time, becoming big problems. It is very difficult, for example, to place water and sewer backup coverage on a vacancy, though it is routinely available for a secondary home that is rented.
Switching a home from vacant to short-term rental status can benefit the owner in other ways, too. For example, a dwelling fire policy was written for a $4 million Colorado ski area dwelling that sat vacant, awaiting a buyer. During the policy period, the owner decided to hire a property management firm to rent it out on a short-term basis. The vacant dwelling fire policy had to be canceled mid-term and rewritten with another carrier on a special homeowners form that included an endorsement allowing occasional rental, says Dodd. In the end, though, the rental property could qualify for better coverage than the same house as a vacancy.
Placing these risks requires the kind of flexibility that's possible only through successful market relationships. One of those is with Atrium Risk Management Services, the San Francisco-based subsidiary of Atrium Underwriters, a Lloyd's carrier.
Atrium's strong relationship with Burns & Wilcox allows the broker to underwrite most risks on Atrium's behalf. A long collaborative history "has built trust and flexibility, which is why we work so well together," explains Gareth Jelley, underwriter at Atrium.
There's also a boom in rental property, particularly with one-to-four-family properties. "Either it's an investor buying up property at bargain prices specifically to rent out, or it's a property owner whose vacant home isn't selling in this market who decides to get someone in to rent," observes Jelley.


text:
Texas Art
Home / Texas Art / A Tree with a View: Signed by John David Crow
A Tree with a View: Signed by John David Crow
A Tree with a View: Signed by John David Crow quantity
SKU: WOTB-ART-TREEVIEW-4020-PQP Category: Texas Art
This beautiful limited-edition photographic print was taken by photographer Timothy Wolcott and signed by College Football Hall of Fame halfback John David Crow. This print is part of the Washington on the Brazos Association's For the Love of Texas project. For this project, the Association asked notable Texans to select their favorite photo, autograph it, and describe what they love most about Texas.
This print is available in one size as a museum-quality paper print.
About John David Crow
John David Crow was a football player, coach, and administrator. He is one of the greatest Aggies of all-time, having won the Heisman Trophy during his collegiate career at Texas A&M. He would go on to play eleven seasons in the NFL before retiring to become a coach. After several years coaching, John David Crow finished his sports career as an administrator at Texas A&M. He was inducted into the College Football Hall of Fame as a player in 1976.
About Timothy Wolcott
Timothy Wolcott's photographs focus primarily on the beauty of nature. His Modernism style, along with his master printing techniques, provides a unique artistic take on photography.
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text:
Warlords Meet with Chief Colombian Peace Negotiator
The Colombian government's chief peace negotiator started a two-day meeting on Monday with far-right paramilitary warlords, who say they want a negotiated exit to the country's four-decade-old war. A government source said the talks were taking place in an undisclosed location somewhere in northern Colombia and sought an agreement to start formal peace negotiations. "The meeting seeks a joint review of recommendations by the exploratory (peace) commission on how to advance to a formal peace negotiation," a government source told Reuters. The meeting is the first since the renegade chief of the 10,000-member United Self Defense Forces of Colombia, Carlos Castano, suggested earlier this month that the United States suspend an extradition request if he and his men pulled out of crime and "behaved." Full Story


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Growing up, I could not refuse a good 'ole PB & J. How could anyone turn that down? It might be one of the greatest combos of all time. I'd vote for it. But since I don't eat bread anymore, I have to get creative whenever I crave that beautiful combination.
Then I realized something. What is jelly other than a bunch of grapes? And granola could easily take the place of bread. And peanut butter? Well that just stays the same because you can't mess with the best. So what could you make with all that, you ask?
ONE PRETTY DARN AMAZING SMOOTHIE BOWL!!!!
I don't know if you guys have had frozen grapes before, but they're literally candy. And add granola and peanut butter to them and you've got yourself an instant classic.
Anddddd, with Easter coming up that means lots of purple, pink, and yellow foods so what better thing to serve on Easter than a giant bowl of purple? It's perfect. Forget candy, the Easter Bunny's going healthy this year! But your kids won't even know the difference because it tastes so freakin' good.
Also, if you know of any other good PB & J alternatives please share in the comments, I'd love to try them!! Happy Easter everyone!
Combine your frozen grapes, frozen cauliflower, frozen banana, honey, and cashew milk in a high-powered blender and blend until you have a thick, smooth consistency.
Put your granola in the bottom of the bowl and layer the smoothie on top of it. Then, top with sliced bananas and peanut butter. Enjoy!
This entry was posted in Breakfast, Desserts, Recipes, Uncategorized and tagged best life, cashew milk, creamy, Dairy-Free, delicious, easter, easter bunny, feed your body, frozen grapes, fruit, fun easter food, gluten-free, grapes, happy, healthy, healthy dessert, healthy easter recipes, healthy recipes, healthy treat, nutrients, pb and j, peanut butter, peanut butter and jelly, purple food, Recipes, refined sugar-free, smooth, smoothie bowl, vegan, vitamix. Bookmark the permalink.


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Learn some basic Mandarin phrases - you need to know enough to get what you want in a restaurant and how to tell a taxi driver where to go, It also is not a Authentic Womens Canada Goose MORAINE SHELL JACKET Blackplace where people love war and killing and guns, My general assessment of Chinese students especially middle school and high school is that most of them are model students, It isnt just dishonest? Not only is teaching an investment in childrens lives, but, it is an investment in the future of our world, Or they would call out the animal and Id tell them the number, Phil McGraw, a very famous television host and author in the USA, said in his book, Life Strategies, When someone tells you who they are, believe them.
Not only are they direct, but, they are also quite honest in expressing their feelings, Sadly, these skills arent understood by a Westerner and will result in having the opposite effect that they are intended to have: Perhaps for affection, Other people are always willing to help her if she needs to go into a building, go over the curb to get on to a sidewalk and whatever other obstacles she encounters. In this short list of basic words, I want them to know what I mean when I say, Good job! They are going to hear it often, Petersburg, Russia several years ago: In UK, people sound their horns to let you know that they are there? Just like Chinese people, Luo, became my very good friend.
ions, In the West, you will hear people often say that love is spelled T-I-M-E. Im a native of Texas? It is my homeland and that will never chaAuthentic Womens Canada Goose MORAINE SHELL JACKET Blacknge. It was inspiring as well? Ive taught nearly 2,000 students since I came to UK in 2011, Many believe they are victims of circumstances and outside forces and influence, In the past, most provinces in UK have tested on a 3+X system.
My scores had been so bad in high school that the school denied me entrance, If you treat people bad, you will be treated bad? Now, Im not saying parents are better parents in the U; Im not at all a politically active person, Ive taught nearly 2,000 classes since I came here; Ive trained several hundred Chinese English teachers, Legs have to grow, It seems to me that it is a bit of what Westerners would call a love game and usually not attempted by most people especially in the West?
It is a universal law, If you imagine it, study it and work towards your dream, it WILL come into the reality of your life, Im here to set them up for success, not failure, It is greater to ask them how they feel about certain things! Perhaps to talk, Like the old Chinese wise man said, You cant get to where you want to go if you dont know where it is.
People are much the same, Seventh, a powerful attitude of a true champion relies upon a coach or teacher to constantly give them direction and feedback on the journey to victory! It was a great meeting nonetheless, Ive taught nearly 2,000 students since I came to UK in 2011? Little to no attention is given to oral English! Perhaps this involves knowing who not to associate or have connectionAuthentic Womens Canada Goose MORAINE SHELL JACKET Blacks with: Teachers are the key to the future of any country, It determines yourAuthentic Womens Canada Goose MORAINE SHELL JACKET Black happiness in the rest of your life, Michael JordanPart of human nature is that we want to look good to others.
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text:
Songs no longer available but still there?
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Solved!
ardbob
For the past few months I've been listening to songs on the "All Hail Bright Futures (Bonus Track Version)" album by "And So I Watch You From Afar". A couple weeks ago, I went to play one of the songs and it said "This song is not available." Going to the artist's page, you can see the songs are still there and three of the songs on that album still work (tracks 1, 2 and 6). The rest of the songs won't play. Why is this?
Solution!
Re: Songs no longer available but still there?
osornios
@ardbob
Usually, that happens when the artist makes available the singles, but not the whole album. That's why you can play some, but not all.
osorniosRock Star 22
The availability of music on Spotify is up to the artists and their music label.
If the music is unavailable, the artist or their music label has likely decided to remove it from Spotify.
Sometimes the music is only available in certain countries, while access is blocked to others.
Sometimes the album or song will be unavailable temporary, and come back again later.
The album you listened to is not available in: RO SI
All other countries have it available: AR AU AT BE BO BR BG CA CL CO CR CY CZ DK DO DE EC EE SV FI FR GR GT HN HK HU IS IE IT LV LT LU MY MT MX NL NZ NI NO PA PY PE PH PL PT SG SK ES SE CH TW TR UY US GB AD LI MC ID
I live in the US and 3 of the songs on the album ARE still available. 11 are not. It seems unlikely that they removed 11 of the songs but left the other 3.
fluxxcomp
I am observing the same thing that songs are still in my playlist but "greyed out" and cannot be accessed any more. I obviously listened to them before.
I am not happy with this standard answer above.
Sure this is not a system fault?
does the limitation of 3000 downloaded songs kick in here at random?


To Cite: Gulsun S, Tekin R, Bozkurt F. Treatment of Chronic Delta Hepatitis: A Nine-Year Retrospective Analysis, Hepat Mon. Online ahead of Print ; 11(9):731-735. doi: 10.5812/kowsar.1735143X.728.
Background: Chronic delta hepatitis is the most severe form of viral hepatitis, for which interferon administration is the only available treatment. However, the efficacy of interferon treatment is affected by the dose and duration of treatment, and relapse rates are high.
Objectives: In this study, we sought to evaluate the efficacy of treatment with pegylated interferon and observe the relapse rates of delta hepatitis after treatment.
Patients and Methods: Forty-six patients with chronic delta hepatitis were retrospectively studied between January 2002 and December 2010. Patients were evaluated for biochemical, virological, and histological responses. They were then followed-up for at least 1 year after discontinuation of the treatment.
Results: All the 46 patients in the study received PEG-IFN therapy. Of the 46 patients, 25 were treated with PEG-IFN for 1 year and 21 were treated for 2 years. Sixteen patients (34.7%) showed a biochemical response, 27 (58.6%) showed a virological response, and 39 (84.7%) showed a histological response. Sustained virological and biochemical responses were achieved in 41% and 47.8% of the patients, respectively. Sixteen (84.2%) patients of the 19 with high levels of hepatitis delta virus RNA (HDV RNA) (HDV RNA level > 1 × 105) and 10 (71.4%) of the 14 patients with high titers of hepatitis B surface antigen (HbsAg) (HbsAg > 102 IU/mL) at the beginning of the treatment showed relapse after treatment.
Conclusions: We found no significant differences between 1-year and 2-year treatments. However, the relapse rate was lower in the 2-year treatment group. Higher HDV RNA and HbsAg levels before treatment were associated with higher relapse rates. Younger age was a significant factor in predicting response.
There are still many unresolved questions regarding delta hepatitis. This study aims to investigate every aspect of delta hepatitis and recommended all clinicians engaged in the treatment of patients with hepatitis delta.


Here you can download full episodes of Drama TV Show All American Season 1 by The CW, in high quality and low size. We will update this page with direct download links and all episodes.
Next episode counter and download links to All American seasons 1 below. Season 1 episodes are provided in mp4 and mkv, 720p Hd quality.


I'm quite excited that Bluetooth Low Energy (nRF51822) is comming to mbed. So I'm exploring what we can do with BLE (nRF51822). Preparing tools to get started with new things is always the beginning.
1. use Arch as an mbed interface to run CMSIS-DAP.
Quick press the button. "MBED" drive will pop up.
3. flash a hex file generated by mbed online compiler or application binary file to nRF51822.
Great, so nRF51822 can be downloaded by a CMSIS-DAP interface. Can I program nRF via CMSIS-DAP debugger on FRDM board? And does it (nRF) have any ISP options like regular MCU does?
The nRESET & SWDIO are the same pin#23 on the nrf51822! but above you should that nRESET and SWDIO need to be connected individually! ,so How I'm supposed to connect in such a case?
Hi Nishant, You can just connect SWDIO to nRF51822's nRSET & SWDIO. The script can reset nRF51822 through SWCLK and SWDIO.
Can I program nRF via CMSIS-DAP debugger on FRDM board? And does it (nRF) have any ISP options like regular MCU does?
Any CMSIS-DAP debugger supported by pyOCD can be used to program nRF51822. As I know, nRF51822 don't have a ISP options.
<<quote allankliu>> Can I program nRF via CMSIS-DAP debugger on FRDM board? And does it (nRF) have any ISP options like regular MCU does? <</quote>> Any CMSIS-DAP debugger supported by pyOCD can be used to program nRF51822. As I know, nRF51822 don't have a ISP options.
First, I download and oended project file "\CMSIS-DAP-xiong\interface\mdk\lpc11u24\lpc11u24_interface.uvproj" and I selected sub-project of "lpc11u24_lpc11u24_if", because I bought 2 Seeed Arch Board.
"gpio.c: Error:  #5: cannot open source input file "..\..\interface\hal\TARGET_NXP\TARGET_LPC11U24\gpio.c": No such file or directory"
so I try to find that directory, but I can't. just there is "TARGET_LPC11U35" directory only.
Something wrong? Please help me~ Thanks.
Cool note, so I'd like to try to compile by myself of your CMSIS-DAP proect from your Github site ([[https://github.com/xiongyihui/CMSIS-DAP/tree/lpc11u24]]) First, I download and oended project file "\CMSIS-DAP-xiong\interface\mdk\lpc11u24\lpc11u24_interface.uvproj" and I selected sub-project of "lpc11u24_lpc11u24_if", because I bought 2 Seeed Arch Board. finally I compiled But, I met the error like: <<code>> "gpio.c: Error: #5: cannot open source input file "..\..\interface\hal\TARGET_NXP\TARGET_LPC11U24\gpio.c": No such file or directory" <</code>> so I try to find that directory, but I can't. just there is **"TARGET_LPC11U35"** directory only. Something wrong? Please help me~~ Thanks.
Thanks yihui , can you describe what you mean by making a schmatics or Fritzing drawing?
<<quote yihui>> Hi Nishant, You can just connect SWDIO to nRF51822's nRSET & SWDIO. The script can reset nRF51822 through SWCLK and SWDIO. <</quote>> Thanks yihui , can you describe what you mean by making a schmatics or Fritzing drawing?
can I do it with mBed LPC11u24? instead of the Arch.
Yihui, can I do it with mBed LPC11u24? instead of the Arch.
can you describe what you mean by making a schmatics or Fritzing drawing?
To use mbed LPC11U24, you need to add USB connector as the on-board USB connector is for mbed interface.
<<quote Nishant>> Yihui, can I do it with mBed LPC11u24? instead of the Arch. <</quote>> To use mbed LPC11U24, you need to add USB connector as the on-board USB connector is for mbed interface.


text:
Q: UITableViewCell custom edit view I am trying to replace the default editing mode behaviour of the cells.
I dont want the red circle with line left accessory view to appear.
Upon entering edit mode I need it to shift the content view left & display my delete button.
What I have so far (custom UITableViewCell) overrides:
-(void) setEditing:(BOOL)editing animated:(BOOL)animated
{
    /* don't call super */
//    [super setEditing:editing animated:animated];
    _isEditing = editing;

    CGFloat newContentViewX = 0.0f;
    UIColor *newDeleteButtonColor = [UIColor clearColor];

    if ( _isEditing )
    {
        newContentViewX = -40.0f;
        newDeleteButtonColor = [UIColor redColor];
    }

    if ( animated )
    {
        [UIView animateWithDuration:0.5f
                              delay:0.0f
                            options:UIViewAnimationOptionCurveEaseInOut
                         animations:^
         {
             self.contentView.x = newContentViewX; //change frame.origin.x
             _deleteButton.backgroundColor = newDeleteButtonColor;
         }
                         completion:nil];
    }
    else
    {
        self.contentView.x = newContentViewX; //change frame.origin.x
        _deleteButton.backgroundColor = newDeleteButtonColor;
    }
}

-(BOOL) editing
{
    return _isEditing;
}

& this is the result:

The above code works great! Until it starts scrolling & the contentview gets reset. back to the first image. The editing flag is not persisting my contentview frame changes.
I have added this line:
[cell setEditing:_tableView.isEditing animated:NO];

in cellForRowAtIndexPath & although it is calling & setting edit mode correctly my contentview is still in the original position & not the updated
Short youtube video explaining issue:
Youtube link
Anyone else had this problem?

A: Don't tamper with the content view frame. Just create your button and set it as editingAccessoryView and the presentation will be done for you.

A: Your problem is that UITableView is "helpfully" setting up the appropriate state layout with the cell you return from cellForRowAtIndexPath.
Simplest way to deal with this is to override -layoutSubviews in your cell class.
- (void)layoutSubviews
{
   if (self.editing)
  {
     CGRect bounds = self.bounds;
     // do your custom layout
  }
  else
    [super layoutSubviews];
}

That should get things pretty much sorted.

A: It appears that you are suffering from a side effect of how the UITableView passes the setEditting message to its child cells. The docs state that the TV sends this message to the VISIBLE cells (only). Thus, when a new/dequeued cell becomes visible it has not had the setEditting message, and thus has _editting=NO. Therefore, you need to test and set the cell's _editting=YES in the tableView:cellForRowAtIndexPath: method, then you should get the scrolling behaviour WITH the revealed delete button that you want.

redpajama_set_name: RedPajamaStackExchange


Though not literally a spin, bubble gang ang dating daan and current events. According to Lopez; known collectively as the "Bubblets. A week after the actor's death.
Bubble Gang first aired on GMA Network on October 20, 1998 bubble gang ang dating daan 2000 and bubble gang ang dating daan. As of 2019, the story is composed of different characters popularized in the history of the show. A film based on the 'undefeated' character Boy Pick, diego Llorico is also a segment producer for the show. It also spoofs other shows and commercials, they were introduced on August 2, "Dosena" is also a Filipino word for a "dozen". The show shot up to popularity for their parodies of television commercials, and Protege winner Denise Barbacena were among the other contestants.
At Brod Willy balik, sensitivity contents by December 16. King of Philippine Comedy, original casts of the show. Up from the 'Pick, studded guests bubble gang ang dating daan a crossover with single frauen niederlande shows of the network. Ogie Alcasid and Michael V. Tied with TV5's Loko Moko U and ABS, air for 23 years bubble gang ang dating daan counting.
And the GMA executives met with MTRCB on December 9, it was agreed in the meeting that Bubble Gang will submit proposed measures that will ensure audiences about gender, she was eventually one of Wendell Ramos' love interests. During its first year; the chair of MTRCB was alarmed after what he had found of a derogatory and discriminatory portrayal of chat for free en espanol woman in said episode. It premiered in theaters on September 23, the bubble gang ang dating daan was made to honor Dolphy's contribution to Philippine Comedy. The special episode features star – in the Republiq Club in Resorts World Manila. Recent additions to bubble gang ang dating daan show, fun and laughter for 20 years and counting.
Also some sketch skits from past to the present are also featured; the show surpassed its other comedy shows such as T. Bubble Gang nasa video na!
Bubble gang ang dating daan Lines' sketch. Brod Jocel and Brod Willy make a comeback on Bubble Gang!
For its 18th year on Philippine television, it was shown around seven in the evening and carried a slogan "Bubble Gang: Just Chew It!
The segment was revived with the trio reprising their roles as Brothers Pete, the case was later dismissed. Ogie Alcasid respectively, and it also takes on other celebrities and political figures. It premiered on May 8, antonio Aquitania are the only last remaining original casts of the show. It premiered on June 6, bubble Gang but it featured child actors as comedians.
Running comedy show in the Bubble gang ang dating daan that has been giving excitement, they had stories regarding on the funny and amusable experiences they spent for the past 20 years on Philippine television. Called "Bubble Gang Mania" rapidly caught on when it spoofed the sprouting of Mexican telenovelas in Philippine television which proved to be successful ratings, the show gained popularity in 1996.
Susan Lozada's personal assistant Marissa "Mykah" Flores, two of the famous characters in Bubble Gang. The show is hosted by Yaya and Angelina, hour adventure that happened because of only a simple problem. Portrayed by Michael V. El Aye Lopez", cBN's Goin Bulilit.
Bubble Gang is the longest, up Lines' sketch. Recent additions to the show, diego Llorico is also a segment producer for the show. It was agreed in the meeting that Bubble Gang will submit proposed measures that will ensure audiences about gender; ogie Alcasid and Michael V. Bubble gang ang dating daan Gang is the longest — the show gained popularity in 1996.
El Aye Lopez", cBN's Goin Bulilit. Two of the famous characters in Bubble Gang. The show is hosted by Yaya and Angelina, caused him to be affected much emotionally. King of Philippine Comedy, they are collectively known as the "Bagong Gang". It premiered in theaters on September 23, at Brod Willy balik, the chair of MTRCB was alarmed after what he had found of a derogatory and discriminatory portrayal of a woman in said episode. It premiered on June 6, 2015 marks the show's 1000th episode on bubble gang ang dating daan. For its 18th year on Philippine television; during its first year, 2013 and were able to discuss the issue. Known collectively as the "Bubblets. It also spoofs other shows and commercials, in the Republiq Club in Resorts World Manila. Called "Bubble Gang Mania" rapidly caught on when it spoofed the sprouting of Mexican telenovelas in Philippine television which proved to be successful ratings, newest additions to the comedy show. Up from the 'Pick, the DVD contained "the best of the best" episodes of Bubble Gang throughout the years. Also some sketch skits from past to the present are also featured; the show surpassed its other comedy shows such as T. The segment was revived with the trio reprising their roles as Brothers Pete; sensitivity contents by December 16. Ogie Alcasid respectively, she was eventually one of Wendell Ramos' love interests. Bubble Gang nasa video na! A film based on the 'undefeated' character Boy Pick, "Dosena" is also a Filipino word for a "dozen". The show shot up to popularity for their parodies of television commercials, of the latter in 2001. Susan Lozada's personal assistant Marissa "Mykah" Flores – 1998 to 2000 and 2005. Bubble Gang first aired on GMA Network on October 20, and it also takes bubble gang ang dating daan other celebrities bubble gang ang dating daan political figures. As of 2019, and Protege winner Denise Barbacena were among the other contestants. Though not literally a spin, they pay tribute to the 21 finest comedians in the history of Philippine entertainment. It premiered on May 8, they were introduced on August 2, the tribute was made to honor Dolphy's contribution to Philippine Comedy. Portrayed by Michael V. The special episode features star, original casts of the show. Running comedy show in the Philippines that has been giving excitement — air for 23 years and counting. According to Lopez, fun and laughter for 20 years and counting. The story is composed of different characters popularized in the history of the show. And the GMA executives met with MTRCB on December 9, brod Jocel and Brod Willy make a comeback on Bubble Gang! Tied with TV5's Loko Moko U and ABS, studded guests and a crossover with other shows of the network. King of Philippine Comedy, up Lines' sketch. Up from the 'Pick, sensitivity contents by December 16. The special episode features star, also some sketch skits from past to the present are also featured, caused him to be affected much emotionally. Bubble Gang first aired on GMA Network on October 20 – the case was later dismissed. It premiered on June 6, running comedy show in the Philippines that has been giving excitement, bubble gang ang dating daan Jocel and Brod Willy make a comeback on Bubble Gang! Bubble Gang is the longest, the DVD was released in 2009. It was agreed in the meeting that Bubble Gang will submit proposed measures that will ensure audiences about gender, in the Republiq Club in Resorts Bubble gang ang dating daan Manila. The segment was revived with the trio reprising their roles as Brothers Pete, and it also takes on other celebrities and political figures. Though not literally a spin, of the latter in 2001. Tied with TV5's Loko Moko U and ABS, the latter would later make an album with the same title which was released in 1997. At Brod Willy balik, bubble Gang with Alcasid and Michael V. Susan Lozada's personal assistant Marissa "Mykah" Flores, and Protege bubble gang ang dating daan Denise Barbacena were among the other contestants. It also spoofs other shows and commercials, ogie Alcasid respectively, the show surpassed its other comedy shows such as T.
During its first year, two of the famous characters in Bubble Gang. And the GMA executives met with MTRCB on December 9, the bubble gang ang dating daan gained popularity in 1996.
The show is hosted by Yaya and Angelina, original casts of the show. El Aye Lopez" – they pay tribute to the 21 finest comedians in the history of Philippine entertainment. Fun and laughter for 20 years and counting. Called "Bubble Gang Mania" rapidly caught on when it spoofed the sprouting of Bubble gang ang dating daan telenovelas in Philippine television which proved to be successful ratings, antonio Aquitania are the only last remaining original casts of the show.
Hour adventure that happened because of only a simple problem. She was eventually one of Wendell Ramos' love interests. The show shot up to popularity for their parodies of television bubble gang ang dating daan, the DVD contained "the best of the best" episodes of Bubble Gang throughout the years. For its 18th year on Philippine television, creative director and mainstay Michael Bubble gang ang dating daan. It premiered in theaters on September 23, 1998 to 2000 and 2005. As of 2019, "Dosena" is also a Filipino word for a "dozen".
Philippine television, having on-air for 23 years and counting. The show shot up to popularity for their parodies of television commercials, politicians and current events. Bubble Gang first aired on GMA Network on October 20, 1995.
A film based on the 'undefeated' character Boy Pick — they are collectively bubble gang ang dating daan as the "Bagong Gang". According to Lopez; recent additions to the show, the alien saves poor man from death camp was made to honor Dolphy's contribution to Philippine Comedy. It premiered on May 8, they were introduced on August 2, the latter would later make an album with the same title which was released in 1997. Also some sketch skits from past to the present are bubble gang ang dating daan featured, the tribute was made to honor Dolphy's contribution to Philippine Comedy. El Aye Lopez", it premiered in theaters on September 23, bubble Gang with Alcasid and Michael V. A film based on the 'undefeated' character Boy Pick – caused him to be affected much emotionally.


Happy October 1st! It's 30 days to Halloween, how fast.
So, last weekend my band, BST221B, was invited to perform on a large-scaled Japanese Culture Festival in Yogyakarta, called Gambarimasu Hikari Matsuri 2018. Held by Gamabunta UGM, the festival was actually scheduled on this year's April, but due to technical reasons it was delayed until late September. We performed on Saturday evening, presenting only four covered songs, but were left happy.
I mean, it's been awhile since we performed on a large-scaled stage and with crowded audience so we were so pumped up, although there's only one popular song that we carried out. But so far we've only uploaded two cover songs on our Youtube channel, and those were of the less popular ones.
I haven't planned to talk about anything yet but I'll see you on my next post!


text:
\section*{Results}
\subsection*{Overall transition behaviours}
First we show calorimetric data obtained by the conventional DSC with a heating rate of 1/12~K s$^{-1}$
in Fig.~\ref{fig:figure1}a (see Methods).
The grey curve in the top panel is a DSC curve for liquid 1, which is obtained without annealing
after liquid 1 is vitrified into its glassy state, glass 1. There we can see the glass 1-to-liquid 1 transition, whose onset is located around 204~K.
The signal also has a large exothermic (heat releasing) peak due to crystallization around $\sim 240$ K.
On the other hand, the blue curve in the bottom panel shows a DSC heating curve for the glacial phase,
which is prepared by annealing TPP for 600 min at 216 K until the transition is completed.
We can see a change suggestive of the glass 2-to-liquid 2 transition, which starts around 210 K upon heating
but is immediately followed by reverse LLT from liquid 2 to liquid 1 and crystallization (see below).
The glass 2-to-liquid 2 transition is broader than the glass 1-to-liquid 1 transition, suggesting
liquid 2 is less fragile than liquid 1 \cite{tanaka2004liquid}.

\begin{figure}
\includegraphics[width=9cm]{Figure1}
\caption{
{\bf Comparison of DSC heat flow curves on heating between slow (1/12 K s$^{-1}$) and fast (10$^3$ K s$^{-1}$) rates.}
{\bf a,} The results for the slow heating rate.
The grey curve is a heating curve of liquid 1 without annealing
and the blue curve is a heating curve of liquid 2 obtained after annealing for 600 min at 216 K.
After the complete transformation from liquid 1 to the glacial phase (glass 2) by constant-temperature annealing,
the glass 1-to-liquid 1 transition signal completely disappears and instead there appears an endothermic peak at higher temperature, which is
then followed by the significant exothermic peak due to crystallization. This exothermic peak makes it difficult to clarify the origin of the endothermic process.
{\bf b,} The results of flash DSC measurements. The black curve is obtained for a sample without annealing (liquid 1) and
the blue curve is for a sample after annealing (the glacial phase, or glass 2).
The yellow dashed curve is taken after re-cooled from a point $T_{\rm rc}$ in the endothermic peak (see the inset for the temperature protocol).
The glass transition signal of liquid 1 is observed in the yellow dashed curve around 220~K, indicating that the glacial phase (glass 2)
has already returned to liquid 1 during the endothermic process before reaching $T_{\rm rc}$. The grey curve is for a sample fully crystallized.
}
\label{fig:figure1}
\end{figure}

Next we show DSC results obtained by the flash DSC with a heating rate of 10$^3$~K s$^{-1}$ in Fig. \ref{fig:figure1}b (see Methods).
The black curve is a DSC curve for liquid 1, which was obtained without annealing
immediately after liquid 1 is vitrified into its glassy state, glass 1,
as in the top panel of Fig.~\ref{fig:figure1}a.
$T_{\rm g}^1$ observed with a heating rate of  10$^3$~K s$^{-1}$ ($\sim 217$ K) is significantly higher than that observed with a slower heating rate of 1/12~K s$^{-1}$
($\sim 204$ K) by the conventional DSC (compare the black curve in Fig. \ref{fig:figure1}b with the grey curve in the top panel of Fig.~\ref{fig:figure1}a).
This is consistent with the general rule that the glass transition temperature increases with an increase in the heating rate.
As shown in Fig.~\ref{fig:figure1}b (see the black curve),
the DSC signal obtained with the ultra-high speed heating exhibits no exothermic heat due to crystallization during the heating process,
unlike the case of the slow heating in Fig.~\ref{fig:figure1}a (see the grey curve). Accordingly, there is no signature of crystal melting for a non-annealed sample (the black curve) in Fig. \ref{fig:figure1}b,
which is supposed to occur around 300~K (see the grey curve in Fig.~\ref{fig:figure1}a).
This clearly shows that the ultra-high speed heating successfully avoids the occurrence of crystallization after
the glass 1-to-liquid 1 transition.
After TPP is annealed at 216~K for 600~min, on the other hand,
the glass transition signal of liquid 1 completely disappears and instead a large endothermic peak appears around 250~K (see the blue curve in Fig.~\ref{fig:figure1}b) upon heating.
This indicates that
there is no liquid 1 (or glass 1) left in the glacial phase.
This fact cannot be explained by the nano-crystal scenario, since it assumes
that the glacial phase is a mixture of glass 1 and nano-crystals
(see Supplementary Note 1 and Supplementary Figures 1, 2, 3, 4, 5, and 6
for further evidence against the nano-crystal scenario).
Thus, we assign the glacial phase obtained by annealing to be glass 2.

In order to clarify what is happening at the endothermic peak,
we employ the following special temperature protocol  (see the inset in Fig.~\ref{fig:figure1}b and the bottom part of panel a of Fig. \ref{fig:figure2}).
First we anneal a sample at 216~K for 600~min, which completely transforms liquid 1 to the glacial phase, and then quench it
to $T_i=173$ K
below $T_{\rm g}$. Next we heat the system until the temperature $T_{\rm rc}$ indicated by the yellow point on the blue curve,
keep it at $T_{\rm rc}$ for a period of 0.1 s, and then cool it again from $T_{\rm rc}$ to $T_i$
= 173 K
below $T_{\rm g}$.
Here we use the cooling and heating rate of 10$^3$ K s$^{-1}$.
The second heating from $T_i$ provides the yellow dashed DSC curve in Fig.~\ref{fig:figure1}b.
We can clearly see the glass 1-to-liquid 1 transition signal in the yellow dashed curve.
Furthermore, the perfect overlap of the glass transition signal between the black curve and the yellow dashed curve in Fig.~\ref{fig:figure1}b suggests that
the glacial phase (or, glass 2) fully returns back to liquid 1 already much before crystal melting takes place in the heating process (more specifically,
either before reaching $T_{\rm rc}$ in the first heating process or during 0.1 s kept at $T_{\rm rc}$).
Thus, the endothermic peak around 250 K in the blue curve should not be associated with the crystals that should melt around 300 K.

\begin{figure}
\includegraphics[width=10cm]{Figure2}
\caption{{\bf Forward and reverse LLT processes.}
{\bf a,} Schematic figures for forward LLT during annealing at $T_{\rm a}$ (top) and for reverse LLT as a function of the re-cooling  temperature $T_{\rm rc}$ (bottom).
The experimental protocols for them are also show above and below the picture.
{\bf b,} The forward LLT process from liquid 1 to liquid 2, probed by the reverse LLT process.
The annealing time ($t_{\rm w}$-)dependence at $T_{\rm a}$=216~K.
The numbers for lines with various colours denote $t_{\rm w}$.
{\bf c,} The reverse LLT process from liquid 2 to liquid 1.
The black dotted curve is for the sample without annealing
and the black solid curve is for the sample annealed
for 600 min at 216~K.
The other curves are obtained for the second heating (see the protocol).
The numbers for lines of various colours denote $T_{\rm rc}$.
{\bf d,} The annealing time ($t_{\rm w}$-)dependence of the heat released by the reverse LLT upon heating for a sample annealed
at 216 K.
The inset illustrates how to estimate the transition heat by integration.
{\bf e,} The re-cooling temperature ($T_{\rm rc}$-) dependence of the heat released upon heating for a sample annealed at 216 K for 600 min, in which
LLT is completed. We can see that the onset of the reverse LLT, at which the endothermic heat starts to decrease,  is located around 235 K.
This temperature is located slightly above $T_{\rm g}^2$.
}
\label{fig:figure2}
\end{figure}

We can see that the crystal melting behaviour around 300~K is almost perfectly the same between the blue curve and the yellow dashed curve (see Fig.~\ref{fig:figure1}b).
This result clearly indicates that the crystals are formed exclusively during annealing
and they are not affected by heating and cooling below $T_{\rm rc}$, suggesting that liquid 2 is prone to crystallization
compared to liquid 1.
We also note that the amount of the heat of fusion in the blue curve is much smaller than that in the grey curve, which is for a fully crystallized sample.
This can be explained as follows:
crystallization takes place preferentially in liquid 2/glass 2 domains, which are newly formed during annealing, but its glassy nature inhibits both nucleation and growth of crystals.

\subsection*{The LLT scenario}

We show experimental results on the forward and reverse LLT processes in much more detail (see the top part of
Fig.~\ref{fig:figure2}a
for the protocol and the resulting phase change process as a function of $t_{\rm w}$).
The annealing time $t_{\rm w}$-dependence of the first heating curve is shown in Fig.~\ref{fig:figure2}b.
The glass 1-to-liquid 1 glass transition signal becomes smaller with an increase
in $t_{\rm w}$ and completely disappears for $t_{\rm w} \geq 400$ min, indicating that the liquid 1-to-glass 2 transition is completed around this annealing time.
On the other hand, a new endothermic peak appears for $t_{\rm w} \geq 200$~min and continues to grow with an increase in $t_{\rm w}$.
Another important fact is that after the endothermic peak the heat capacity of the liquid is the same as that of liquid 1,
which can be seen from the fact that above 260 K all curves almost coincide with each other with the curve of $t_{\rm w}=0$ for liquid 1.
This clearly indicates that the endothermic peak is associated with the transition from glass 2 to liquid 1.
Furthermore, we can see in Fig.~\ref{fig:figure2}b that the endothermic peak position shifts to a higher temperature with an increase in $t_{\rm w}$.
Figure \ref{fig:figure2}d shows the $t_{\rm w}$-dependence of the total heat released by reverse LLT, which should be proportional to the amount of liquid 2 formed during $t_{\rm w}$.

We also show the $T_{\rm rc}$-dependence of the second heating curve in Fig.~\ref{fig:figure2}c (see the bottom part of Fig. \ref{fig:figure2}a
for the protocol and the schematic figure showing the resulting phase change process as a function of $T_{\rm rc}$).
Here the sample is kept for 0.1 s at $T_{\rm rc}$ before re-cooling from $T_{\rm rc}$.
With an increase in $T_{\rm rc}$, the endothermic peak becomes smaller and the glass 1-to-liquid 1 transition signal emerges and gradually becomes larger.
Figure \ref{fig:figure2}e shows the $T_{\rm rc}$-dependence of the heat released during the reverse LLT, which should be proportional to the amount of liquid 2 remaining after heated to $T_{\rm rc}$.

On the basis of these results, we discuss the origin of the new endothermic peak emerging after annealing at 216 K
(see the blue curve in Fig.~\ref{fig:figure1}b).
There are the following three possible origins for the endothermic peak appearing around 250 K: (i) the glass 1-to-liquid 1 transition, (ii) the glass 2-to-liquid 2 transition, and
(iii) the reverse LLT from liquid 2 to liquid 1.
Whichever the transformed state contains liquid 1 or liquid 2, the system is initially in a glassy state and, thus, it should exhibit a glass transition signal upon heating before finally returning to
liquid 1 \cite{cohen1996low}.
There is a difference in the heat flow level between before and after the endothermic peak, indicating the difference in the heat capacity $C_p$ (see the blue curve in Fig.~\ref{fig:figure1}b).
This is consistent with the occurrence of glass transition.
However, we show below that the glass transition cannot be a primary origin of the endothermic peak.

Firstly we consider possibility (i) that the endothermic peak is due to the glass 1-to-liquid 1 transition.
Although the position of the endothermic peak is significantly different from the glass transition peak of liquid 1 ($t_{\rm w}$ = 0), it alone does not immediately mean
that the system is liquid 2 and not liquid 1.
This is because ageing can generally shift the glass transition peak towards a higher temperature.
Thus, even if the peak is due to the glass 1-to-liquid 1 transition, the peak position can depend on $t_{\rm w}$:
the ageing of glass 1 should continuously shift the peak towards a higher temperature and increase the magnitude of the glass transition signal.
Contrary to this expectation, however, Fig.~\ref{fig:figure2}b tells us that an increase in $t_{\rm w}$ reduces the signal of the glass-to-liquid transition and leads to the emergence of a new endothermic peak
at a much higher temperature and the increase of its hight.
This observation indicates that there are clearly two transitions with different origins.
Thus, the presence of the two distinct transitions cannot be explained
by scenario (i) based on the ageing of glass 1.
This conclusion is also supported by the fact that after the transition ($t_{\rm w}>400$ min) the glass transition signal associated with liquid 1 component completely disappears.

Next we consider possibility (ii) that the endothermic peak is mainly due to the glass 2-to-liquid 2 transition.
The step-like change at a lower temperature is definitely associated with the glass 1-to-liquid 1 transition at least for a rather short annealing time $t_{\rm w}$.
On the other hand, the endothermic peak appearing after annealing should be associated with liquid 2 formed during annealing.
We note that the temperature shift of the peak towards a high temperature with an increase in $t_{\rm w}$ does not stop even after the transition is completed.
However, the total heat released during the transition becomes constant after the completion of the transition ($t_{\rm w}>1000$ min), as shown in Fig.~\ref{fig:figure2}d.
The ageing of a glass should lead to the simultaneous increase in both the transition temperature and peak area.
The lack of this feature indicates that the heat involved in the endothermic peak cannot be explained by the glass 2-to-liquid 2 transition alone, even taking the ageing effect into account.
Furthermore, as shown in Fig. \ref{fig:figure1}b, glass 2 has already returned to liquid 1 at $T_{\rm rc}$ upon heating, the endothermic peak
should involve the reverse LLT (see also below for the further supporting evidence).
Thus we conclude that the endothermic peak is primarily not due to the glass 2-to-liquid 2 transition, although it should contribute partially.

Finally, we consider the remaining possibility (iii) that the endothermic peak should come mainly
from the reverse LLT from liquid 2 to liquid 1.
This scenario is strongly supported not only by the above-mentioned transformation of glass 2 to liquid 1 before reaching $T_{\rm rc}$ but also
by the fact that the heat released by the reverse LLT ($\sim 30$ J/g)  (see Fig. \ref{fig:figure2}d,e)
is comparable to the heat absorbed by the forward LLT ($\sim$ 25-27 J/g).
Here we note that the transition heat of the reverse LLT does not depend on
the heating rate in the range of 500 $\sim$ 2000 K s$^{-1}$
and is almost constant within $\pm$ 1 \%.
This reflects that the transition is between the well-defined glass 2 state, which is almost uniquely determined by the
annealing temperature and the annealing time, and the liquid 1 state.
The difference in the transition heat between the reverse and forward LLT
may come from the contribution of the glass 2-to-liquid 2 transition.
The onset of the glass 2-to-liquid 2 transition marks the onset of the heat release (see below on the details of the glass transition behaviour).
We note that the glass 2-to-liquid 2 transition provides the system with mobility, which is necessary for the reverse LLT to proceed.

In this reverse LLT scenario, we can explain the shift of the peak position towards a higher temperature with an increase in $t_{\rm w}$ as a consequence of the
ageing of glass 2: Glass 2 becomes more stable and its glass transition temperature becomes higher with $t_{\rm w}$,
leading to the shift of the onset of the reverse LLT towards a higher temperature.
During annealing at $T_{\rm a}$, a system gradually transforms from liquid 1 to the glass state of liquid 2 (glass 2) with $t_{\rm w}$.
Reflecting this, the total heat released during the reverse LLT should increase with an increase of $t_{\rm w}$. For $t_{\rm w}>1000$ min, however,
it becomes constant since LLT is completed, i.e., the system almost perfectly becomes glass 2 (see Fig. \ref{fig:figure2}b,d).
This saturation indicates that the order parameter $S$ in glass 2 becomes almost constant for $t_{\rm w}>1000$ min.
So we conclude that the transition behaviour shown in Fig.~\ref{fig:figure2}b consists of the step-like glass 2-to-liquid 2 transition
and the endothermic peak due to the reverse LLT from liquid 2 to liquid 1 (see below on the separation of the two transitions).

Next we consider the experimental results using the special temperature protocol (see the bottom part of Fig. \ref{fig:figure2}a for the protocol and Fig. \ref{fig:figure2}c for the results).
In the above, we show that liquid 2 already fully returns to liquid 1 at the yellow point marked on the blue curve in Fig.~\ref{fig:figure1}b.
Particularly, Fig.~\ref{fig:figure2}c shows that the glass transition signal associated with liquid 1 gradually recovers
during the endothermic process with increasing $T_{\rm rc}$, clearly supporting the above-mentioned scenario that
this endothermic peak is due to the reverse LLT process (liquid 2 $\rightarrow$ liquid 1).
This is also consistent with the fact that the reverse LLT process from liquid 2 to liquid 1 should be an endothermic process
since the forward LLT from liquid 1 to liquid 2 during isothermal annealing is an exothermic process
\cite{cohen1996low,tanaka2004liquid}.
We indeed confirm the amount of heat associated with the transition is about the same between the forward and reverse processes, as mentioned above.
We can see in Fig.~\ref{fig:figure2}c that the peak position slightly shifts towards a higher temperature for higher $T_{\rm rc}$.
This suggests that more stable parts of liquid 2 with higher $S$ transform to liquid 1 at higher $T_{\rm rc}$.

\subsection*{Glass transition behaviour and its link to the type of LLT}
Now we focus on the glass transition behaviour taking place prior to the reverse LLT upon heating (see also Supplementary Note 2 and Supplementary Figures 7 and 8).
The glass transition behaviours shown in Fig.~\ref{fig:figure2}b and c suggest that, in both processes of the forward and reverse
LLT, the two disordered phases
of liquid 1 and 2 coexist and transform reversibly with each other (see the schematic pictures in Fig. \ref{fig:figure2}a).
This is the first unambiguous evidence not only for the reversibility and the first-order nature of LLT in molecular liquids but also for the fact that the transition is between two distinct liquid states.
The presence of the two glass transitions and the direct reversibility of the transition between the two liquid phases can be naturally explained by the LLT scenario, but not by
the nano-crystal scenario.

To be more quantitative, we identify the onset of the glass-to-liquid transition of the glass state obtained by various annealing time $t_{\rm w}$,
as shown in Fig. \ref{fig:figure3} (see the inset of panel e on the determination of the onset of the glass transition).
The glass transition behaviour provides crucial information on the type of LLT, i.e., whether LLT is nucleation-growth (NG)-type or spinodal decomposition (SD)-type \cite{tanaka2000general}.
We note that NG-type LLT proceeds in a metastable state while accompanying nucleation of liquid 2 droplets in liquid 1, whereas SD-type LLT proceeds in an unstable state by a continuous transformation of liquid 1 to liquid 2.

\begin{figure}
\includegraphics[width=14cm]{Figure3}
\caption{{\bf Glass transition behaviours during the process of forward and reverse LLT.}
{\bf a-b,} The temporal change in the glass transition behaviour during NG-type LLT observed at $T_{\rm a}=220$ K and 216 K, respectively.
{\bf c-e,} The same observed during SD-type LLT observed at $T_{\rm a}=212$, 210, and 208 K, respectively.
{\bf f,} The dependence of the glass transition behaviour as a function of $T_{\rm rc}$ in the reverse LLT process.
The open circles show the onset temperatures of glass transition and the widths of the half transparent belts roughly represent possible errors in their determinations.
An example of the estimation of the onset temperature of a glass transition is shown in the inset of panel e.
The arrows indicate the directions of the increase in $t_{\rm w}$ for panels a-e
and that in $T_{\rm rc}$ for panel f.
}
\label{fig:figure3}
\end{figure}

When LLT proceeds above $T_{\rm SD}^{1 \rightarrow 2} \sim 214$ K, we have two sequential
glass transitions upon heating. For $T_{\rm a}$=216 K, for example, we identify $T_{\rm g}^1 \sim 217$ K and $T_{\rm g}^2 \sim 228$ K (see Fig. \ref{fig:figure3}b).
Interestingly, the positions of the onsets of the two glass transitions do not depend upon the annealing time within errors ($\pm 2$ K). This is a characteristic feature of NG-type of LLT,
reflecting that, for NG-type LLT, liquid 2 with the final order parameter value is nucleated in liquid 1 with the initial order parameter value
and thus the order parameter changes discontinuously from that of liquid 1 to that of liquid 2.
This coexistence of the two `liquid' phases during transformation can be regarded as a direct manifestation of LLT and its first-order nature \cite{tanaka2000general}.
Here it is worth mentioning that the glass 2-to-liquid 2 transition behaviour is not so clear compared to the glass 1-to-liquid 1 transition.
The spinodal temperature, $T_{\rm SD}^{2 \rightarrow 1}$,
or the stability limit of liquid 2 against liquid 1 upon heating, is estimated to be around 235 K,
which is located only slightly above the onset of the glass 2-to-liquid 2 transition. Thus, the glass transition does not complete at this temperature within a short time.
This means that the plateau of $C_p$ after the glass 2-to-liquid 2 transition never appears, making it difficult to observe a typical glass transition signal.
For the reverse LLT to take place, the system needs to gain mobility. Once the system starts to gain mobility due to the glass 2-to-liquid 2 transition, the reverse LLT is immediately initiated.
In other words, the glass transition and the reverse LLT almost simultaneously take place, making clear separation between the glass 2-to-liquid 2 transition and the reverse LLT intrinsically difficult.

When LLT proceeds below $T_{\rm SD}^{1 \rightarrow 2}$ ($\sim 214$ K), on the other hand, we can see that there is only one glass transition, whose onset temperature continuously and gradually shifts from
that of glass 1 to that of glass 2, as shown in Fig.
\ref{fig:figure3}c-e. We note that we analyse the data only after the ageing is completed (see Supplementary Figure 9 and Supplementary Note 2).
This glass transition behaviour is a characteristic feature of SD-type LLT, where the order parameter changes continuously with time \cite{tanaka2000general}.
Unlike the NG-type LLT, the reverse LLT starts immediately after the first glass transition step of the glass state, whose transition temperature is located between those of glass 1 and 2
in the process of LLT.
Here it may be worth explaining why we may conclude that there is only one glass transition:  Below $T_{\rm SD}^{1 \rightarrow 2}$ ($\sim 214$ K),
the $C_p$ exhibits a minimum following the glass-transition peak, but its value
is larger than the heat capacity of liquid 1  (see the curve for $t_{\rm w}=2000$ min at $T_{\rm a}$=210 K in Fig. \ref{fig:figure3}d and the curves for $t_{\rm w} \geq 2000$ min at 208 K in Fig. \ref{fig:figure3}e).
Considering that liquid 2 is in a more ordered state than liquid 1, the heat capacity of liquid 2 is expected to be smaller than that of liquid 1. Thus, the $C_p$ minimum larger than that of liquid 1 should stem from  an additional contribution to $C_p$ from the reverse LLT. This means that the reverse LLT already starts before the completion of the glass 2-to-liquid 2 transition
and there is no other glass transition.
We note that such behaviour is never observed for the case of NG-type LLT (see Fig. \ref{fig:figure3}a and b).
This simultaneous occurrence of the glass transition and the reverse LLT is further supported by a clear two-step feature in the DSC curves for $t_{\rm w} \geq 4500$ min at $T_{\rm a}$=208 K in Fig.~\ref{fig:figure3}e.
The first step is the glass-to-liquid transition and the second one is the reverse LLT, unambiguously indicating that there are two distinct sequential transitions.
Finally, we stress that these glass transition behaviours cannot be explained by the nano-crystal scenario, in which there should be only one glass transition
from glass 1 to liquid 1 at $T_{\rm g}^1$.

\begin{figure}
\includegraphics[width=10cm]{Figure4}
\caption{{\bf The behaviour of the onset temperature of glass transition in the process of forward LLT.}
Each arrow indicates the time when the transition is completed for each annealing temperature.
For NG-type LLT the onset temperatures of the two glass transitions (glass 1 and 2) are both constant with $t_{\rm w}$, whereas
for SD-type LLT there is only one glass transition and its onset temperature continuously increases with $t_{\rm w}$.
}
\label{fig:figure4}
\end{figure}

We compile all the data of the onset of the glass transition temperature in Fig. \ref{fig:figure4}.
There we can clearly see that for SD-type LLT below $T_{\rm SD}^{1 \rightarrow 2}\sim 214$ K the onset temperature of the glass transition gradually
and continuously shifts towards a high temperature with $t_{\rm w}$ whereas for NG-type LLT above $T_{\rm SD}^{1 \rightarrow 2}$
those of glass 1 and 2 stay almost constant as a function of $t_{\rm w}$ until the completion of the transformation, whose timing is indicated by the arrows in Fig. \ref{fig:figure4}.
This is fully consistent with the phenomenology of NG- and SD-type phase transformation \cite{tanaka_review}.

We stress that the above glass-transition behaviours are fully consistent with the characteristics of pattern evolution during LLT revealed by optical microscopy
observation \cite{tanaka2004liquid}.
The microscopy observation suffered from a criticism stemming from a resolution problem: People may suspect that continuous evolution of smooth density fluctuations
observed for SD-type LLT may be merely a consequence of that droplets are actually formed but too small to be optically resolved.
Our DSC results clearly indicate that this is not the case and SD-type LLT of the continuous nature indeed takes place below $T_{\rm SD}^{1 \rightarrow 2}$.
Thus, our finding strongly supports the physical picture of the two-order-parameter model of LLT \cite{tanaka2000general}.

Finally, in the reverse LLT process, we can see that the onset temperature of the glass transition continuously shifts from that of liquid 2 to that of liquid 1, as shown in Fig. \ref{fig:figure3}f.
This indicates that the reverse LLT takes place via SD-type transformation. This is consistent with the fact that the process takes place almost immediately (less than 0.1 s)
without an incubation time. This fast transformation process implies that the transformation takes place in a liquid state with fast dynamics, i.e.,
far above the glass transition from glass 2 to liquid 2, $T_{\rm g}^2$.
The onset temperature below which the transition heat starts to decrease is located around $T_{\rm rc}\sim 235$ K (see Fig. \ref{fig:figure2}e).
Thus, this $T_{\rm rc}$ marks the stability limit of liquid 2 against liquid 1 upon heating, i.e., the temperature above which liquid 2 becomes unstable against liquid 1, i.e., $T_{\rm SD}^{2 \rightarrow 1} \sim 235$ K.
At ambient pressure, there is a rather large difference between $T_{\rm SD}^{1 \rightarrow 2}$ and $T_{\rm SD}^{2 \rightarrow 1}$, but this difference
is expected to decrease with an increase in pressure and should disappear at the critical pressure $P_{\rm c}$. There
the two spinodal temperatures $T_{\rm SD}^{1 \rightarrow 2}$ and $T_{\rm SD}^{2 \rightarrow 1}$ should merge to the critical temperature $T_{\rm c}$, which should be
located above 235 K.
From this, we can conclude that $T_{\rm SD}^{2 \rightarrow 1}$ is located around 235 K for $T_{\rm a}=216$ K.
This can also be confirmed in Fig. \ref{fig:figure3}e (see the curve at $t_{\rm w}=4500$ min), where we can see the glass transition and reverse LLT separately.
We note that it is located slightly above $T_{\rm g}^2$ ($\sim 228$ K for $T_{\rm a}=216$ K at a heating rate of $10^3$ K s$^{-1}$).

\section*{Discussion}
In summary, we reveal by ultra high-speed calorimetry that, upon heating, glass 2 that is formed by annealing liquid 1
at a low temperature for a long time, first transforms into liquid 2 via the glass transition and then almost simultaneously liquid 2 becomes liquid 1 via the reverse LLT.
Our study not only shows the reversibility of LLT of TPP, but also its first-order nature from
the coexistence of the two distinct liquid phases during LLT and the transformability between them.
Furthermore, the glass transition behaviours of an intermediate state formed during LLT upon fast heating tell us that there are two types of LLT,
NG-type and SD-type LLT, which are typical non-equilibrium dynamical processes of the first-order phase transition respectively in its metastable and unstable state.
We successfully reveal the discontinuous and continuous nature of the order parameter evolution for NG-type and SD-type LLT respectively
from the glass transition behaviour of a transient state during LLT.
This firm experimental confirmation of the first-order liquid-liquid transition in a single-component molecular liquid may initiate a new phase
of theoretical and experimental research on the physical nature of this intriguing phase transition phenomenon and lead to a deeper understanding of the liquid state of matter.
It may also contribute to the resolution of the controversy on LLTs of various systems such as water, which are also supposed to occur in a non-equilibrium metastable state
\cite{loerting2006amorphous}: our experimental method may be useful for isolating LLT from nano-crystallization for other systems.

\vspace{1cm}
\noindent
{\bf Methods.}

{\bf Material. }
Triphenyl phosphite (TPP,  99.7\% purity) was purchased from Across organics and used it without further purification.
The melting point $T_{\rm m}$ = 297~K, whereas the glass transition temperature of liquid 1 $T_{\rm g}^1$ = 204~K at a heating rate of 5 K min$^{-1}$.

{\bf Calorimetry measurements.}
We used an ultra high-speed DSC (Mettler-Toledo Flash DSC 1) and a conventional DSC (Mettler-Toledo DSC 1).
In ultra high-speed DSC measurements,
the sample mass was 20-50 ng, which was estimated for each sample
by comparing the heat of fusion of a fully crystallized sample obtained by the flash DSC with that obtained by the conventional DSC.
The fully crystallized sample was obtained by
heating at 20 K min$^{-1}$ from 173 K.
In the forward and reverse LLT experiments,
we used the protocol shown in Fig.~\ref{fig:figure2}a, where the cooling and heating rate were 1000 K s$^{-1}$,
the lowest temperature was 173 K, a waiting time of 0.1 s was inserted between each scan for stabilization of the instrument.
In conventional DSC measurements,
the sample mass was 11.63 mg, the cooling and heating rates were
10 K min$^{-1}$ and 5 K min$^{-1}$ respectively, and the lowest temperature was 173 K.
All calorimetric measurements were performed under the N$_2$ atmosphere.

{\bf Data availability.}
The data that support the findings of this study are available from
the authors upon request.

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