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Гоппен () — польский дворянский род герба Набрам.

Предки этого рода переселились в Польшу из Германии в XVII веке.

Согласно летописным свидетельствам, Иоанн Фридрих Гоппен () был в 1720 году стольником в городе Слониме.

В Российской империи дворянский род Гоппен был внесён Герольдией в I и в III части родословной книги Виленской, Ковенской и Казанской губерний .

Примечания

Литература
 Большая биографическая энциклопедия. 2009.

Дворянские роды, на гербах которых изображены три страусовых пера


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For additional innovative casino game titles tips casino special offers and the latest gambling house news go to . River city casino saint louis missouri That of a great day out discovering yet another one of Cypruss great finds. The Monastery of St . Nicholas of the cats might well be the oldest on the island and matches a great day out taking in the sights some historic Cyprus attractions in the area just west of Limassol. Saint Nicholas of the cats had been built sometime through the 14th Century simply by Saint Helena mother with the then Emperor Constantine who built many other Monasteries all over Cyprus following her holiday to the Holy land. It derives the name from the countless cats that live near the Monastery grounds. The actual cats are said for being direct descendants of the a huge number of felines introduced by a military commander called Kalokeros in the instruction of Emperor Constantine sometime during the 14th Millennium. Around that time the area was suffering an intense drought. Apparently snakes as well as vermin became such a serious problem that the inhabitants fled the cape location until the cats were introduced to keep them lower.
According to the writings of a visiting monk of the instances the cats would likely answer to a bell and come running in through the fields to be feasted. Their modern day forebears however seem to invest most of their day sunning themselves in the non-public grounds of the Monastery. They are to be well fed on food provided by the steady flow of visitors which seem able to find your Monastery despite the total not enough information available to tourist with regards to its fascinating background. From what I might gather the elderly nuns that reside in the building appear happy enough to open up the church to visitors on demand but visitors are against the rules into the inner courtyard.


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Rising Sea Levels
Sea level measure refers to the surface of the ocean halfway between the low and high tide. The measurement is made by use of the standardized measure of sea depth and elevations of land. Sea level across the world is not the same and, hence, the measure of sea level can be defined as the mean height of the sea. Seventy percent of the earth's surface is covered by water masses. This, however, occurred after melting of the massive ice sheets which led to the sea levels rise by 390ft or 120m. This occurred around 18000 years ago when the average temperature was 4-7 degrees Celsius. However, since then, the global mean sea level (MSL) has been rising gradually. Previously, tide gauges were used in measuring sea levels. However, from the mid-20th century, satellites have been mostly used. To generate understanding of the history of sea levels, scientists obtain archeological information from coral reefs and salt marshes. According to the IPCC, the average rise in sea level has been 1.7mm per year, however, within the period; the highest rate was recorded between the years 1961 to 2003, where it was 1.8mm. Drastic rise within the period, as per the observation obtained from satellite altimetry, was between 1993 and 2003, which averaged 3.1mm per year (Munavvar 1989).
Causes of Rise in Sea Levels
There are various causes of rise in the sea levels, both natural and anthropogenic. The various causes result in to different regional influence. One of the main causes is the thermal expansion which results from different abilities of water to lose the heat obtained due to depth. Sea water expands when it becomes warm. However, it is possible to lose heat by the upper layers of the ocean water to the atmosphere. Heat that is contained by the water in the deep layers will be difficult to be lost. Such heat will keep the volume of the water higher than if the water was cooler. Such heats trapped in the water masses have significant influence on the sea levels.
Global temperature on the surface is also a major cause of the rise in sea levels. This is through freshwater input to the oceans after sea ice, glacier, ice caps and ice sheets melts. Glaciers are mainly found in Alaska, mountains of Europe and Asia and in the western side of the United State. When temperature is high on the surface, glacier melts at a higher rate than it gets replaced, causing to a rise in sea levels. The glacier in the US and Alaska has been shrinking at a dramatic rate in the recent past (Tarr 1998, 28-56).
The tectonic activities within the plates of the earth may also result in to a physical force that leads to changes in the sea levels. Tectonic activity may result from the human activities, such as oil and gases extractions or even natural occurrences, such as melting of glacier. These activities have no effect on the volume on water held on the seas, but rather on the relative sea levels. A good example is the Gulf of Bothnia (Sea Level Rise 2012). Over time, the massive glacier on this land has caused pressure that has led to the sinking of the land. However, in the recent past, glacier has been melting, making the region rise as the pressure beneath the glacier reduces. The sea level seems to be dropping at the rate of 11mm per year, while in essence; the sea level has been rising at the rate of 2.1mm per year (Bhambri 2009, 5-33).
From a collective perception, the two main anthropogenic causes of the rise in the sea levels are the greenhouse gas sequestration and the high mass loss when the world's ice sheets and glaciers melt. The average sea temperature has been rising, because out of the heat that has been produced by the greenhouse gases, 10% has been held within the oceans. Within the last one decade, thermal expansion has been the cause of half of the observed rises in the sea level, as opposed to approximately quarter of the rises there before. Glacier and ice sheets from Antarctica and Greenland have had a contribution of about 1.2mm to the rise in the sea level.
Impact of Sea Level Rise
The impact of the rise in sea levels is that the low-lying coastal areas get submerged. As the trend continues, the frequency of flooding of coastal regions will rise. The repercussions of the water events, such as high tides, storm surges and surface waves will become more drastic. The loss of land and flooding is expected to affect the entire ecosystem.
Effect on Ecosystem
Different marine organisms live in different depths of the water. When their particular habitats change due to change in the sea levels, then they have to migrate or even adapt to their new position. However, various organisms' migration may be hampered by the gradual rise in the sea levels and, hence, they may end up becoming extinct. Higher sea levels will significantly impact on function, structure and capacity inland ecosystem and, hence, impairing their ability in their ecosystem services.
Human settlements in the cost region also affect how the organisms are able to migrate to play their role in nature. A good example is the mangrove forest and coastal wetlands of Thailand and Bangladesh. Rise in the sea levels is making these features that act as buffer to tidal waves and storm surges get submerged. Ideally, the mangrove forest would re-establish at areas that experience the low tides. However, human developments such as buildings, act as a barrier to enable the re-establishment and, hence, the rise impact on the ecosystem.
Effect on HumanPopulation
Coastal regions on the whole world appear as hubs for economic activities for being endowed with a lot of resources. These include; agriculture, fisheries, tourism and aquaculture. For this reason, approximately half of the world's population lives in the coastal region. For example, according to the study conducted in 2001, the major economic activities and 90% of Guyanas are threatened by the climate change and rise in the sea level. In Samoa, retreatment of shoreline is as much as 160ft, making peoplerelocate to higher regions.
U.S Coastal Cities
It is estimated that by 2100, approximately 9% of the land, where 180 coastal cities in the U.S., will have been submerged due to rise in the sea level. Southern Atlantic and Gulf are expected to have experienced the most severe consequences together with cities, such as Tampa, Miami, Fla, New Orleans and Virginia Beach. All these cities have more than 50000 people and, hence, the impact is estimated to have drastic effect on human settlement and economic activities (Tarr 1998, 28-56).
According to Jeremy L. Weiss, a senior scientist in the University Arizona geosciences department, sea level is likely to have risen by 1 meter by 2100 mostly resulting from temporary flooding, erosion and permanent inundation. According to the U.S. 2000 census, within 20 coastal municipalities, there lived more than 300000 people. According to Weiss, the sea level may rise to as high as 6m by 2100, causing a displacement of about a third of the coastal cities. This will include the 10% of major cities such as New York and Boston.
According to a World Bank report of 2001, the rise in sea level was 3.3mm per year at the Bay of Bengal. It was noted the threat was posed to Sundarbans, which is arguably the largest forest globally. The threat here is to the Bengal tigers and different bird species that inhabit this place. If the rise in sea level proceeds as estimated, then, more than 13-30 million people will be displaced. Additionally, the massive rice production region would be flooded. The reduction in rice produced is estimated to be as high as 30% of the current production in the whole country.
The sea level in Bangladesh is increasing twice the rate of the U.S. One of the reasons is that river Ganges and Megha that bring water from Himalayas join to form a delta that eats into the available land for Bangladesh. Though the country experiences tornadoes and cyclones, they are expected to become disastrous and common with time.
In conclusion, it is clear, as covered by this paper, that there are various causes that lead to rise in sea levels. The effects are disastrous, as noted in such country as Bangladesh. It is, therefore, imperative to address the primary causes; mainly the climate change. This is especially through control of the greenhouse gases that have resulted in to the global warming. Remarkable efforts have been made through the Greenhouse gas protocol, and it should be upon everyone to ensure the political will in its implementation.
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redpajama_set_name: RedPajamaCommonCrawl


The SnappyCam Pro iPhone and iPod Touch app rapidly shoots photos, lets you quickly ditch the undesirable ones, and shares to Instagram easily. The two features that elevate this photography iOS app are the surprising speed of taking multiple photos with one touch and the customized, advanced lens features.
The SnappyCam Pro iPhone app has a quick introduction to its features, as you start using its tools and features. An authorization to permit location services automatically tags your photos with location. You can touch the lens to manually focus your lens, or you can double tap for auto focus. In the right corner, you can magnify and expand the shot with incremental taps. With a touch in the left corner, you can add a grid, flash, and switch to selfie mode. You can touch the button to simply shoot one photo. Or, you can hold the button for rapid fire shooting. You will not miss that perfect moment of your child diving from the podium into the water–instead of capturing just the feet entering the water.
Snappy Cam Pro iPhone app settings may be adjusted by touching the lined icon in the lower right corner of the in-app camera screen. You can adjust the field of view of the in-app camera's lens with volume bar adjustments manipulated with finger drags. You can choose between tap and hold or toggle shutter modes. You can select from six aspect ratios. There are eight grid styles to help you properly align your subject. You can also turn off the snapping sound that is created with each tap on the shoot icon. The sound adds dimension to your photography experience, but it does limit your ability to capture photos without being noticed.
After you take photos, you can check out your camera roll. An interesting detail is the size of the image, so you can manage your data storage easily. In the camera roll, you can swipe horizontally or tap the arrows at the bottom of the screen to check out groups of your shots. When you shoot in rapid succession, the photos are grouped together for you to edit out the duds and keep the successful shots.
To examine and eliminate photos, you use a combination of gesture controls. For each group of photos, you can scroll through the selections with vertical swipes on the camera roll-style graphic in right corner or tap on the arrows at the bottom of the screen. You press the arrow icon in upper right hand corner to trim. You use vertical swipes to eliminate the unwanted photos on the camera roll graphic, but, unfortunately, the gestures are not as responsive and accurate as expected. When you swipe your finger and release it, there is a lag time that makes it possible to eliminate shots you may not have intended. I recommend using the delete icon to eliminate unwanted shots. The delete icon gives you three choices–all of it, only this shot, or all other shots. You save the ones you cherish and ditch the ones to preserve data space. You can export to email, save to album, or share to Instagram. To save to your iPhone library, you tap a check mark to select it and press the save icon in the upper right corner to complete the saving process.
It is a great photography iOS app for the masses, but the customization features make it appealing to a more sophisticated user. With the SnappyCam Pro iPhone app, you can snap that perfect action shot and will never miss a precious moment.
AppSafari review of SnappyCam Pro – Fast Camera for Amazing High Speed Burst Action Living Photos was written by Jenni Ward on August 8th, 2013 and categorized under App Store, Kids, Photos, Sports, Utilities. Page viewed 5121 times, 3 so far today. Need help on using these apps? Please read the Help Page.


HMBolon Nx® Mega Caps®/Mega Capsules® is an advanced preparation which enriches the diet with calcium beta-hydroxy-beta-methylbutyrate in the form of a carefully developed combination with arginineα-ketoglutarate and creatine malate which enhance the effect of beta-hydroxy-beta-methylbutyrate (HMB).
1. HMB inhibits the activity of catabolic enzymes which destroy muscle proteins. Arginine and other free amino acids exhibit similar properties. However, HMB is particularly active in this regard, since it inhibits the most powerful enzymes, due to the methyl group found in the molecule. Arginine influences the acidity of the cellular environment, preventing the catabolic enzymes from breaking down the proteins. Creatine prevents those enzymes from penetrating muscle proteins. At the same time it eliminates free oxygen radicals – molecules which, together with enzymes, break down proteins.
2. HMB influences the production of anabolic steroid hormones as a source of isoprene units. Isoprene units are the building blocks of hormones, just as amino acids are the building blocks of proteins. Creatine supplies high-energy phosphates for individual stages of this production. Hormones initiate the process of protein accumulation in muscle cells. The rate of accumulation depends on the amount of phosphates provided by creatine. Arginin delivers polyamines and cyclic nucleotides which support the functioning of anabolic steroid hormones. The production of polyamines and cyclic nucleotides also depends on the activity of creatine.
3. HMB inhibits the binding of sugars and fatty acids, i.e. the production of spare fat. Arginine facilitates the breakdown of spare fat into sugars and acids. Due to nitric acid, formed as a result of arginine conversion, sugars and facts are directed towards the burning processes in muscle cells. Such burning processes create high-energy phosphates, transported by creatine for the purposes of muscle fibre contractions and protein anabolism.
4. Arginine may be converted into creatine by the body. Such transformation requires methyl groups, found, for instance, in HMB. After the conversion of arginine into creatine, the body may use the methyl groups of HMB, probably transported between the compounds through active methionine.
5. Α-ketoglutarate (a component of arginine α-ketoglutarate), malate (a component of creatine malate) and HMB belong to a group of rare compounds whose chemical energy is immediately carried to high-energy phosphates, and subsequently delivered by creatine for the purposes of fibre contractions and protein anabolism. The activity of malate may be identical to the activity of creatine – it can independently carry phosphates for the purposes of the aforementioned processes. Α-ketoglutarate intensifies the conversion of arginine into the anabolic nitric oxide which is also responsible for the strength and endurance of fibres, together with phosphates and creatine.
How does HMBolon Nx® Mega Caps®/Mega Capsules® work?
2. It stimulates the production of anabolic hormones.
3. It is involved in the conversion of arginine into creatine.
4. It blocks the transport of sugar for the purposes of production of spare fat.
5. It activates a strong anabolic enzyme – mTOR kinase.
6. Together with kinases, it activates initiation complexes which commence the elongation stage of protein synthesis.
7. It activates PPAR – the receptors which stimulate the synthesis of red muscle fibres and the transporting of proteins, as well as the enzymes which burn fatty acids, thus facilitating the growth of strength and lean muscle mass.
How does arginine reinforce its effects?
1. It produces polyamines which support the activity of anabolic hormones.
2. It intensifies the production of cyclic nucleotides which stimulate protein anabolism and break down of spare fat.
3. It is converted into anabolic creatine.
4. It activates SRFs – factors that work together with mTOR kinase and stimulate muscle protein synthesis.
How does creatine reinforce the effects of HMB and arginine?
A. It provides high-energy phosphates for the purposes of protein anabolism.
B. It is involved in the production of cyclic nucleotides which stimulate the protein anabolism and break down of spare fat.
C. It enables the burning of spare fat components, generating the energy necessary for the muscles to work.
D. It is necessary for the activity of anabolic enzymes (kinases) and activates the mTOR kinase which intensifies the anabolic properties of HMB and arginine.
DIRECTIONS Take 1 dose (4 capsules) once - twice a day.


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ATLAS F1 Volume 7, Issue 5 Email to Friend Printable Version
Taking the Lid Off F1
Formula One Technical Analysis
by Will Gray, England
Last year, Atlas F1 ran a series of articles that investigated the technical areas involved in design, development, and construction of an F1 car. Now, a year later, Will Gray picks up where he left off, and dives deeper into the technical analysis of Formula One.
Part A4: "Team Timing: Schedules in the Design Process"
The life of a Formula One car begins many months before its first race, but its development won't stop until the final wheel is turned at the end of the season. The team will begin to consider the new car during the middle of the season before it will make its debut. Just after the mid point in the Grand Prix calendar (and sometimes even before then), the team will group, and along with members of the engine design team, will discuss the major points of the car - such as suspension and engine mounting points, chassis design theories, and any innovations. Usually, the car is simply a development of its predecessor, and its life will begin in the wind tunnel when the aerodynamic department splits their test schedule between the current car and that of the next model. A member of the team will be moved from working on the modification of the current car to head up the development of the new one, and one of the wind tunnel models (teams will usually have around three of them) will be assigned to become the 'interim' car which will be modified from that moment on into the team's next championship challenger.
The main areas of consideration for initial work are the chassis, floor and diffuser. This is because these are the parts which take the longest time to make, and as they form the main body of the car, they are the hardest to modify during the design process. Once the engineers have developed the interim car as much as possible, the first development model of the new car will be built by the model makers (or at least some parts of the interim car will be replaced by development pieces). This will often consist of a significant amount of wood, which allows the team to carve and shape major sections, such as the chassis, in a way that could otherwise not be done.
Meanwhile, the mechanical engineers will be designing areas such as the suspension and gearbox, and the electronics engineers will be modifying and developing their programs to create the next phase of car control. Packaging is important in the design of the car, and constant communication ensures the whole team knows of the modifications. It is especially important for the aerodynamic engineers to know the constraints within which they must design - it's no good designing a nice slender engine cover if, when the engine, gearbox and radiator are installed, it won�t fit over the top! Often in initial designs, dimensioned areas are defined for components to fit within, but these can be modified during the development procedure - for instance, the originally defined suspension pick-up points will rarely remain in the initially planned position.
Once the aerodynamic team is happy with the chassis and floor design, the materials engineers will design the lay-up plans, and the parts will be signed off to be manufactured - usually around October or November time. Development will still continue on other areas of the car as different parts are sent for manufacture, and once the finished 'tub' (main part of the chassis) is completed by late November, each piece to come on line will be bolted on as the initial car build takes shape. This is done in great secrecy, and is often even screened from the view of everyone but the specific people who have been assigned to build it, such is the sensitivity of the moment.
There is little time for fun and festivities as the car builds up throughout the Christmas period (although the team does get some time off!), and the final product is usually completed by the start of January. There is also crash testing to be completed, and although the designs have been done much before the end of the year, it is difficult to run the tests in this time, and a car will often be launched before it has passed the FIA rules. However, these tests will be done during the early part of the year, and if a re-design is required (as is often the case when engineers try to hit the limits and minimise weight), it will be rapidly completed.
Some teams have been known to bring a car out before Christmas, and the advantage of this is in the amount of extra testing that can be done before the start of the season. However, the team then miss out on the extra month of development that can be done on the chassis early on - there are merits for both. The car will have its commercial launch and its shakedown test around the same time: The high profile, sponsor-pleasing launch is one thing, but for the engineering team, the big day usually takes place at a deserted circuit in the depths of winter, some time in January or February - the all-important shakedown test is a truly nerve-wracking day for all involved. Watching and waiting, engineers crowd the garage to hear the first roar of the engine, hoping the clutch will engage and the car will roll out of the garage to attack the track. Sometimes the day is spent struggling with niggling problems, and it an embarrassed crew who end the day with the car still to set wheel on the circuit...but it has happened! More often than not, however, the day is successful, and is the beginning of a long series of pre-season tests where the car is honed into its final shape before the first race of the season.
But the development doesn't stop there. From the start of the season, the wind tunnels continue to blow, test rigs continue to test, and engineers minds constantly buzz with new ideas. If a top car finished the season as it began, it would probably be three-quarters of a second off the pace by the end - such is the development required in modern Formula One. By mid-season, hardly before the new car has grown up, the engineers are already split between the creating the one for next season and continuing to develop this one. Then, when the old car is laid to rest at the end of the season, all engineers are back onto the one job, and striving to better their previous performance - the modifications never cease, and the fun never stops for the Formula One factory team!
Next Week: "On Track: Track team"
Previous Parts in this Series: Parts 1 & 2 Part 3 Part 4A Part 4B Part 4C Part 5A Part 5B Part 6A Part 6B Part 7A Part 7B-1 Part 7B-2 Part 7C Part 7D Part 8A Part 8B Part 8C Part 9A Part 9B Part 9C Part 10 Part 11 Part A1 Part A2 Part A3
Will Gray © 2007 autosport.com
Send comments to: gray@atlasf1.com Terms & Conditions
Back to Atlas F1 Front Page Tell a Friend about this Article


For Compact Flash Cards with an Integrated Drive Electronics (IDE) interface.
For Compact Flash Cards with an IO Interface (Serial Input/Output mode).
For Compact Flash Cards with a Memory (MEM) interface.
Each media driver provides an interface for a file system to read from and write to the appropriate type of CF card.
A single media driver can support one or more physical media, each of these being represented as a different drive at the media driver interface. The file system handles all drives identically, regardless of their internal design features.
Supports multiple Compact Flash cards.
The diagram below shows a typical system architecture including a file system, media driver, and media.


Small is powerful, believe it! This is the rallying cry of the Save-Ums, preschool's pint-sized super heroes who race to the rescue and to solve preschool-sized emergencies through collaborative problem solving, critical thinking and the creative use of technology.
Children will come to understand that their personal approach to technology and machines are not dictated by technology itself – kids make things happen, not machines! The Save-Ums are victorious because they work together and because they are kind, brave, and willing to help others. That's all it takes to be a hero!


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Q: Is the product $f_ng_n$ of weak-star convergence sequences $(f_n)$ and $(g_n)$ in $L^\infty$ also weak-star convergent? Suppose $X$ is a finite measure space, and $f_n$ is uniformly bounded and converges to $f$ in the weak-star topology of $L^\infty(X)$. This means $\int f_n\phi \to \int f\phi$ for all $\phi\in L^1(X)$. If also $g_n$ is uniformly bounded and converges to $g$ in the weak-star topology of $L^\infty(X)$, does the product $f_ng_n$ converge weak-star to $fg$?
Thank you.

A: What you are trying to show is false. In the following, I give a counterexample.
Define
$$
f:\mathbb{R}\to\left\{ 1,-1\right\} ,x\mapsto\sum_{n=-\infty}^{\infty}\left(-1\right)^{n}1_{\left[n,n+1\right)}.
$$
Note that $y^{2}=y$ for all $y\in\left\{ \pm1\right\} $, so that
we get $\left(f\left(x\right)\right)^{2}=1$ for all $x\in\mathbb{R}$.
Thus, $f_{n}\cdot f_{n}\equiv1$ for
$$
f_{n}:\mathbb{R}\to\mathbb{R},x\mapsto f\left(nx\right).
$$
Hence, if we can show $f_{n}\xrightarrow[n\to\infty]{\text{weak-}\ast\text{ in }L^{\infty}}0$,
then we will have a counterexample to your claim (since your claim
would imply $1=f_{n}\cdot f_{n}\xrightarrow[n\to\infty]{\text{weak-}\ast\text{ in }L^{\infty}}0\cdot0=0$,
which is absurd).
Note that the sequence $\left(f_{n}\right)_{n\in\mathbb{N}}$ is uniformly
bounded in $L^{\infty}\cong\left(L^{1}\right)^{\ast}$, so that it
suffices to show $\int f_{n}\left(x\right)\cdot g\left(x\right)\,{\rm d}x\xrightarrow[n\to\infty]{}0$
for all $g\in C_{c}^{\infty}\left(\mathbb{R}\right)$, since those
functions are dense in $L^{1}$. Given such a function, note that
there are $M\in\mathbb{N}$ with ${\rm supp}\,g\subset\left(-M,M\right)$
and with $\left|g\left(x\right)-g\left(y\right)\right|\leq L\cdot\left|x-y\right|$
for all $x,y\in\mathbb{R}$ (note that $g$ has a bounded derivative
and is thus Lipschitz continuous).
Hence,
\begin{align*}
\left|\int f_{n}\left(x\right)\cdot g\left(x\right)\,{\rm d}x\right| & =\left|\frac{1}{n}\cdot\int f\left(y\right)g\left(\frac{y}{n}\right)\,{\rm d}y\right|\\
\left[g\left(y/n\right)=0\text{ unless }y\in\left(-Mn,Mn\right)\right] & =\left|\frac{1}{n}\sum_{\ell=-Mn}^{Mn-1}\left(-1\right)^{\ell}\int_{\ell}^{\ell+1}g\left(\frac{y}{n}\right)\,{\rm d}y\right|\\
\left[k=\ell+Mn\right] & =\left|\frac{1}{n}\sum_{k=0}^{2Mn-1}\left(-1\right)^{k-Mn}\int_{k-Mn}^{k-Mn+1}g\left(y/n\right)\,{\rm d}y\right|.
\end{align*}
Now, we will use that two consecutive terms (almost) cancel out. To
this end, define
$$
a_{k}:=\left(-1\right)^{k}\cdot\int_{k-Mn}^{k-Mn+1}g\left(y/n\right)\,{\rm d}y
$$
and note
\begin{align*}
 & a_{2k}+a_{2k+1}\\
 & =\int_{k-Mn}^{k-Mn+1}g\left(y/n\right)\,{\rm d}y-\int_{k+1-Mn}^{k-Mn+2}g\left(z/n\right)\,{\rm d}z\\
\left[y=z-1\text{ in the 2nd integral}\right] & =\int_{k-Mn}^{k-Mn+1}g\left(\frac{y}{n}\right)-g\left(\frac{y+1}{n}\right)\,{\rm d}y.
\end{align*}
We conclude
\begin{align*}
\left|a_{2k}+a_{2k+1}\right| & \leq\int_{k-Mn}^{k-Mn+1}\left|g\left(\frac{y}{n}\right)-g\left(\frac{y+1}{n}\right)\right|\,{\rm d}y\\
 & \leq\int_{k-Mn}^{k-Mn+1}\frac{L}{n}\,{\rm d}y=\frac{L}{n}.
\end{align*}
All in all, we arrive at
\begin{align*}
\left|\int f_{n}\left(x\right)g\left(x\right)\,{\rm d}x\right| & =\left|\frac{1}{n}\sum_{k=0}^{2Mn-1}a_{k}\right|\\
 & =\left|\frac{1}{n}\sum_{\ell=0}^{Mn-1}a_{2\ell}+a_{2\ell+1}\right|\\
 & \leq\frac{1}{n}\sum_{\ell=0}^{Mn-1}\frac{L}{n}\\
 & =\frac{LMn}{n^{2}}=\frac{LM}{n}\xrightarrow[n\to\infty]{}0,
\end{align*}
as desired.

A: This is my attempt to modify the answer given above by PhoemueX to provide a counterexample in  the $L^\infty([0,1])$ case. For each positive integer $n$, define
$$
f_n:[0,1]\to \{-1,1\}, x\mapsto \sum_{k=0}^{2^n-1} (-1)^k 1_{[k2^{-n},(k+1)2^{-n})}(x).
$$
Then $f_nf_n=1_{[0,1)}$, but we will show that $f_n\to 0$ weak-star in $L^\infty([0,1])$. Since the linear span of characteristic functions of dyadic intervals is dense in $L^1([0,1])$, it is enough to show that
$$
\int f_ng\to 0
$$
for $g=1_{[j2^{-m},(j+1)2^{-m})}=1_E$ ($E$ is a dyadic interval in $[0,1]$). We note that, for $n>m$, the measure of $E\cap [k2^{-n},(k+1)2^{-n})$ is either $0$ or is equal to $2^{-n}$. Therefore, when $n>m$, we have that
$$
\int f_ng=\sum_{k=0}^{2^n-1} (-1)^k m\Big(E\cap{[k2^{-n},(k+1)2^{-n})}\Big)=0.
$$
Hence $f_n\to 0$ weak-star, but $f_nf_n=1_{[0,1)}$.

redpajama_set_name: RedPajamaStackExchange


text:
package org.nanoframework.commons.util;

import java.util.Map;
import java.util.concurrent.ConcurrentHashMap;
import java.util.concurrent.ConcurrentMap;

import org.junit.Assert;
import org.junit.Test;

/**
 *
 * @author yanghe
 * @since 1.3.15
 * @deprecated 现在使用Guava ImmutableMap 来代替次实现类
 */
@Deprecated
public class MapBuilderTest {

    @Test
    public void buildTest() {
        final Map<String, Integer> map = MapBuilder.<String, Integer>builder().put("1", 1).put("2", 2).build();
        Assert.assertEquals(map.size(), 2);

        final Map<String, Integer> concurrentMap = MapBuilder.<String, Integer>create(ReflectUtils.convert(ConcurrentHashMap.class)).put("1", 1).build();
        Assert.assertEquals(concurrentMap instanceof ConcurrentMap, true);
    }
}

redpajama_set_name: RedPajamaGithub


The Lord then showed them what to do. They received by revelation, "line upon line, precept upon precept," true principles which form the priesthood way of doing things. (See Isa. 28:13; 2 Ne. 28:30; D&C 98:12.) These are things we do to have things right before the Lord.
Priesthood is the authority and the power which God has granted to men on earth to act for Him. (See JST, Gen. 14:28-31.) When we exercise priesthood authority properly, we do what He would do if He were present.
The Melchizedek Priesthood is also spoken of in the scriptures as the "greater priesthood" or the priesthood "which is after the holiest order of God" (D&C 84:18-19) and the priesthood "after the order of mine Only Begotten Son" (D&C 124:123; see also D&C 76:57).
"Out of respect or reverence to the name of the Supreme Being, to avoid the too frequent repetition of his name, they, the church, in ancient days, called that priesthood after Melchizedek, or the Melchizedek Priesthood." (D&C 107:4.) We can understand why that should be. The name of the priesthood is frequently talked about in meetings and lessons and is printed in handbooks and manuals. It would be irreverent to use informally the sacred title which includes the name of Deity.
There are references to a patriarchal priesthood. The patriarchal order is not a third, separate priesthood. (See D&C 84:6-17; D&C 107:40-57.) Whatever relates to the patriarchal order is embraced in the Melchizedek Priesthood. "All other authorities or offices in the church are appendages to [the Melchizedek] priesthood." (D&C 107:5.) The patriarchal order is a part of the Melchizedek Priesthood which enables endowed and worthy men to preside over their posterity in time and eternity.
The Levitical Priesthood (see Heb. 7:11; D&C 107:6, 10) is an order in or a part of the Aaronic Priesthood. Moses and Aaron belonged to the tribe of Levi. (See Ex. 2:1-2, 10; Ex. 4:14.) During the exodus from Egypt, the Levites were given priestly responsibilities concerning the tabernacle and always camped nearest to it. (See Num. 3:5-39.) While the Levitical order does not function today, its privileges and authority are embraced within the Aaronic Priesthood for whatever future use the Lord may direct.
The priesthood is not divisible. An elder holds as much priesthood as an Apostle. (See D&C 20:38.) When a man receives the priesthood, he receives all of it. However, there are offices within the priesthood--divisions of authority and responsibility. One may exercise his priesthood according to the rights of the office to which he is ordained or set apart.
While all who have had the Melchizedek Priesthood conferred upon them receive the full priesthood, sometimes one office is spoken of as being "higher than" or "lower than" another office. Rather than "higher" or "lower," offices in the Melchizedek Priesthood represent different areas of service.
Each quorum is presided over by a president or a presidency. The Quorum of the Twelve is presided over by one president, the President of the Twelve (see D&C 124:127), as is the priests quorum presided over by the bishop (see D&C 107:87- 88).
Ordination and Setting Apart There are two ways authority is conferred in the Church: by ordination and by setting apart. Offices in the priesthood--deacon, teacher, priest, elder, high priest, patriarch, seventy, and Apostle--always come by ordination. The keys of presidency and the authority to act in callings in the priesthood are received by setting apart.
There are many "set apart" offices in the Church in both the priesthood and the auxiliary organizations. Some duties are inherent in the priesthood, and one need not be set apart to do them. Visiting the homes of members (home teaching) is an example.
Ordinarily, the privileges connected with an ordination to the priesthood may be exercised anywhere in the Church. Priesthood holders need no prior authorization to perform ordinances or blessings that are not recorded on the records of the Church, such as consecrating oil, administering to the sick, and giving fathers' blessings.
The revelations state that "duty of the president over the office of elders is to preside over ninety-six elders, and to sit in council with them, and to teach them according to the covenants." (D&C 107:89.) The high priests have no specific age and there is no specific number in a high priests quorum. High priests are organized into groups with group leaders. The stake presidency is the presidency of the high priests quorum in the stake.
Every elder should know that a call is more than an invitation or a request, even more than an assignment. Too frequently we hear such expressions as, "I have been asked to serve as a counselor in the elders quorum presidency." It would be more proper to say, "I have been called to serve as a counselor."
The bishop must be a high priest (see D&C 68:19; D&C 84:29; D&C 107:17, 69-73) and is designated as the presiding high priest in the ward. In this capacity he may preside over the ward council and ward priesthood executive council meetings, where elders quorum and high priests group officers are in attendance.
The Lord counseled us to "let every man learn his duty, and to act in the office in which he is appointed, in all diligence." (D&C 107:99.) An elder who has been called to an office of presidency should respect the callings of those over whom he presides. He should let, indeed help, them do that which they are called to do without usurping their responsibilities.
The Melchizedek Priesthood "administereth the gospel and holdeth the key of the mysteries of the kingdom, even the key of the knowledge of God.
"For whoso is faithful unto the obtaining these two priesthoods of which I have spoken, and the magnifying their callings, are sanctified by the Spirit unto the renewing of their bodies.


text:
(-) Kevin Dalby, Ph.D. (2)
(-) Somshuvra Mukhopadhyay, M.B.B.S., Ph.D. (5)
John DiGiovanni, Ph.D. (1)
(-) Kevin Dalby, Ph.D.
(-) Somshuvra Mukhopadhyay, M.B.B.S., Ph.D.
Dalby Earns CPRIT Grant for Drug Delivery Program
The Cancer Prevention and Research Institute of Texas (CPRIT) recently awarded grants to six faculty members at UT Austin, including the Division of Chemical Biology and Medicinal Chemistry's Kevin Dalby, Ph.D. for his Targeted Therapeutic Drug Discovery and Development Program.
Research Provides Further Insight into Causes of Manganese-Induced Parkinsonism
Somshuvra Mukhopadhyay, M.B.B.S., Ph.D., associate professor in the Division of Pharmacology and Toxicology and Hamm Centennial Fellow in Pharmacy, and a team of researchers have released new findings defining the first homeostatic regulatory pathway for manganese in mammalian systems. Identifying these pathways opens up new possible options to prevent or treat manganese-induced parkinsonism and other disorders linked to elevated manganese exposure.
Mukhopadhyay Wins Research Excellence Award
Associate Professor Somshuvra Mukhopadhyay, M.B.B.S., Ph.D. wins the 2020 Co-op Research Excellence Award for Best Paper. The awards are presented each year by the Office of the Vice President for Research and the University Co-operative Society.
Richburg Receives NIH Grant Award for Toxicant Injury Research
Associate Dean for Research and Graduate Studies John H. Richburg, Ph.D. received notice from the National Institutes of Health (NIH) awarding him a research grant for a five-year term. The NIH's grant award for Dr. Richburg's research totals $2,694,316.
Existing drug may help fight against the lethality of E. coli infection
New research from the lab of Division of Pharmacology and Toxicology's Somshuvra Mukhopadhyay, M.B.B.S., Ph.D. may have discovered a way to repurpose an existing drug to fight the lethality of Shiga toxin-producing Escherichia coli (STEC) infections.
Manganese regulation research highlighted as a NIEHS Paper of the Month
Assistant Professor Dr. Somshuvra Mukhopadhyay's manganese regulation research was recently featured by the National Institute of Environmental Health Sciences (NIEHS) as one of its Papers of the Month. The findings may be useful for the treatment for parkinsonism caused by manganese poisoning.
Mukhopadhyay named to NIH ONES award
Dr. Somshuvra Mukhopashyay, assistant professor of pharmacology and toxicology, is one of five exceptional early career scientists selected to receive grants from the National Institute of Environmental Health Sciences (NIEHS). The awards are part of the Outstanding New Environmental Scientists (ONES) program. Read about the ONES Award.


text:
Q: Parametric Equation for a Cone with Any Direction About the Origin I'm trying to find the parametric equation for a cone with its apex at the origin, an aperture of $2\phi$, and an axis parallel to some vector $\vec d$. The cone is right-circular and is meant to be able to extend indefinitely as $t$ increases.
The idea is to model the shape of insect repellent spray as it is released from an aerosol can. The spray begins when $t=0$ and continues for all $t \ge 0$. The specified direction vector $\vec d$ is meant to determine the speed of propagation of the cone (in terms of $t$) as well as the direction of propagation (from the apex to the center of the base).
So far I've tried assuming that a general cone along the z-axis with apex at the origin and equation $\begin{pmatrix} x \\ y \\ z \end{pmatrix} = t \begin{pmatrix} \tan(\phi) \cos(\theta) \\ \tan(\phi) \sin(\theta) \\ 1 \end{pmatrix}$ has a direction vector of $\vec a =\begin{pmatrix} 0 \\ 0 \\ 1 \end{pmatrix}$. If I want that cone to go in another direction $\vec d$ than I can use trigonometry to find the rotation angles between $\vec d$ and $\vec a$ along each x-, y-, and z-axis; put those values into the three elemental rotation matrices; and apply those matrices to the original cone equation. This didn't really work out though.
Then I found this post and the implicit cone equation $\vec u \cdot \vec d - |\vec u||\vec v|\cos(\phi) = 0$ (for $\vec u = [x, y, z]$ and some direction vector $\vec d = [d_1, d_2, d_3]$). Only problem is I've never heard the term 'implicit' before and I don't know how to turn that equation into a vector form.
If anyone is able to convert that implicit cone equation into vector form and/or give me the vector equation for a right-circular cone with any direction, I would really appreciate it.

A: There are several options, depending on exactly what you want to do.

Let $\hat{d}$ be the unit ($\lVert\hat{d}\rVert = 1$) direction vector,
$$\hat{d} = \frac{\vec{d}}{\lVert\vec{d}\rVert} \tag{1}\label{NA1}$$
Let $\hat{u}$ be an unit vector perpendicular to $\hat{d}$; essentially, the direction perpendicular to the spray for which $\varphi = 0$.
If your spray is radially symmetric, then you can pick $\hat{u}$ freely. One way to pick it is to calculate $\hat{e}_x \cdot \hat{d}$, $\hat{e}_y \cdot \hat{d}$, and $\hat{e}_z \cdot \hat{d}$ (the $\hat{e}$ unit vectors being the axis vectors, i.e. $\hat{e}_x = \left [ \begin{matrix} 1 \\ 0 \\ 0 \end{matrix} \right ]$), and let $\hat{e}$ be $\hat{e}_x$, $\hat{e}_y$, or $\hat{e}_z$, depending on which one was closest to zero, then
$$\vec{u} = \hat{e} - \hat{e} \left ( \hat{e} \cdot \hat{d} \right ), \quad
\hat{u} = \frac{\vec{u}}{\lVert\vec{u}\rVert} \tag{2}\label{NA2}$$
If you let
$$
\hat{d} = \left [ \begin{matrix} d_x \\ d_y \\ d_z \end{matrix} \right ], \quad
\hat{u} = \left [ \begin{matrix} u_x \\ u_y \\ u_z \end{matrix} \right ],
\quad
\hat{v} = \hat{d} \times \hat{u} = \left [ \begin{matrix} v_x \\ v_y \\ v_z \end{matrix} \right ] = \left [ \begin{matrix} d_y u_z - d_z u_y \\ d_z u_x - d_x u_z \\ d_x u_y - d_y u_x \end{matrix} \right ]
$$
then the rotation matrix $\mathbf{R}$ that rotates $z$ axis towards $\hat{d}$, $x$ axis towards $\hat{u}$, and $y$ axis towards $\hat{v}$, is
$$
\mathbf{R} = \left [ \begin{matrix}
u_x & v_x & d_x \\
u_y & v_y & d_y \\
u_z & v_z & d_z \\
\end{matrix} \right ] \tag{3a}\label{NA3a}
$$
Because $\mathbf{R}$ is an orthonormal matrix, the inverse rotation is
$$
\mathbf{R}^{-1} = \mathbf{R}^T = \left [ \begin{matrix}
u_x & u_y & u_z \\
v_x & v_y & v_z \\
d_x & d_y & d_z \\
\end{matrix} \right ] \tag{3b}\label{NA3b}
$$
This means that if you have a vector $\vec{p}$ in the coordinate system where the spray is along the positive $z$ axis and $\varphi = 0$ along positive $x$ axis, then
$$\vec{q} = \mathbf{R}\vec{p} \quad \iff \quad \vec{p} = \mathbf{R}^T \vec{q} \tag{4}\label{NA4}$$
i.e. vector $\vec{q}$ is the corresponding vector in the coordinate system where the spray is along $\hat{d}$, and $\varphi = 0$ along $\hat{u}$.

Let's say you want to use spherical coordinates $(r ,\, \varphi ,\, \theta)$ where $r$ is the distance from the nozzle, $\theta$ is the angle to the spray direction vector $\vec{d}$, and $\varphi$ is an angle around the axis of the direction.
Let's say the unit vector $\hat{d}$ describes the spray axis, and $\hat{u}$ describes the direction where $\varphi = 0$, both perpendicular to each other ($\hat{d} \perp \hat{u}$; $\hat{d} \cdot \hat{u} = 0$; $\hat{v} = \hat{d} \times \hat{u}$; $\hat{v} \perp \hat{u}$; and $\hat{v} \perp \hat{d}$).
You do not need to use the rotation matrix $\mathbf{R}$ to generate a vector given $r$ (length), $\theta$ (angle to axis of spray), and $\varphi$ (rotation around axis of spray). The result $\vec{q} = \mathbf{R}\vec{p}$ is equal to
$$
\vec{q}(r, \varphi, \theta) = r \cos(\theta) \hat{d} + r \sin(\theta) \cos(\varphi) \hat{u} + r \sin(\theta) \sin(\varphi) \hat{v}
\tag{5}\label{NA5}
$$

To test whether vector $\vec{p}$ is within the right circular cone that has the apex at origin, axis $\vec{d}$, and aperture $2\theta$, use
$$\vec{p} \cdot \vec{d} \le \lVert \vec{p} \rVert \lVert \vec{d} \rVert \cos(\theta) \tag{6}\label{NA6}$$
Note that when the dot products equal the product of their norms, the two vectors are parallel,
$$\vec{p} \cdot \vec{d} = \lVert \vec{p} \rVert \lVert \vec{d} \rVert \quad \iff \quad \vec{p} \parallel \vec{d}$$
and at the limit,
$$\vec{p} \cdot \vec{d} = \lVert \vec{p} \rVert \lVert \vec{d} \rVert \cos(\theta)$$
the vector is at the surface of the right circular cone.

A: For a cone representing the dispersion of a substrate through a medium with the following properties:
Apex displacement vector   $\vec{s}=[\matrix{s_x \ s_y \ s_z}]$,

Axis direction vector     $\vec{d}=[\matrix{d_x \ d_y \ d_z}]$ (non-zero),

Internal angle        $0 < \phi < 2\pi$,

And speed          $0 < v$
Apply the following algorithm to obtain the vector equation of that cone:

if ($d_z$ != $0$) {
  $\vec{j}= \left[\matrix{1 \ 1 \ - \frac{d_x + d_y} {d_x}}\right]$
  } else if ($d_y$ != $0$) {
  $\vec{j}= \left[\matrix{1 \ - \frac{d_x + d_z} {d_y}} \ 1 \right]$
  } else if ($d_x$ != $0$) {
  $\vec{j}= \left[\matrix{- \frac{d_x + d_z} {d_y}} \ 1 \ 1 \right]$  }
$\vec{k} = \vec{d} \times \vec{j}$ (vector cross-product)
$\hat{d} = \frac{1}{\lVert\vec{d}\rVert}\vec{d}$
  $\hat{j} = \frac{1}{\lVert\vec{j}\rVert}\vec{j}$
  $\hat{k} = \frac{1}{\lVert\vec{k}\rVert}\vec{k}$
$g=vt \tan{\left(\frac{\phi}{2}\right)}$       (radius growth modifier)
  $e=\hat{j} \sin{(\theta)} + \hat{k} \cos{(\theta)}$   (ellipse construct)
  $T=vt\hat{d}$           (direction translation)
cone $C$  $C=gc + T + \vec{s}$, or
  $C = \vec{s} + vt \left(\tan{\left(\frac{\phi}{2} \right)} \left( \vec{j}\frac{\sin{(\theta)}}{\lVert\vec{j}\rVert} + \vec{k}\frac{\cos{(\theta)}}{\lVert\vec{k}\rVert} \right) + \vec{d}\frac{1}{\lVert\vec{d}\rVert} \right)$ where $\vec{j} \cdot \vec {d} = 0$ and $\vec{k} = \vec{d} \times \vec{j}$    $\theta \in [0, 2\pi)$ for all $0 < t$.

I haven't figured out how to turn this into one equation though, what with those if/else statements. I was thinking maybe a bunch of kronecker-delta's somehow? But then the $\vec{j}$ part of the equation just got so long that it wasn't worth it. And then they would all have to be substituted as the value for $\vec{k}$ and it was just too confusing.


text:
The Original MLS Power Rankings – playoff edition
by Buzz Carrick November 12, 2020 November 12, 2020 Leave a Comment on The Original MLS Power Rankings – playoff edition
Well, we survived the 2020 MLS regular season. Apologies for the intermittent production, but the schedule was so crammed and inconsistent it was difficult to both keep up and write in the tight windows the schedule often gave us.
That being said, here we are, at the end of the year, and some surprises have popped up, giving us some interesting dynamics. Philadelphia went on a late run, and combined with Toronto's late fall – possibly triggered by the 5-0 loss to the Union – gave Philadelphia their first Supporters' Shield. We also saw a strong run from NYCFC in the last few weeks.
On the other hand, a lot of other teams remained pretty much who they have been since the MLSIsBack Tournament, culminating with things like Cincinnati falling back down to the very bottom of our rankings for the second year in a row.
Philadelphia Union lifts the (replacement) 2020 Supporters Shield. (Courtesy MLS)
1. Philadelphia Union (Previously – 4)
What a run, and what a payoff! Since our last iteration of these rankings, all they did was smoke Toronto 5-0, beat Chicago, shake off a road loss at Columbus, and beat New England. Congratulations on your first Supporters' Shield!
2. Seattle Sounders (2)
We have kept Seattle and Portland high for much of the season in large part because they have shown to be in good form and historically have been well above average. All that is still true, but the lack of quality opponents and wins is something we feel should be noted. For example, Seattle beat Vancouver on the road and San Jose at home, but lost at Colorado and tied at the LA Galaxy.
3. Portland Timbers (3)
Wins over the LA Galaxy and Vancouver are counterbalanced by a home loss to Colorado and road tie at LAFC.
4. New York City FC (7)
NYCFC is another team that went on a run since our last rankings, but the quality of the opponent isn't enough to have us vault them over Seattle and Portland. Wins over Montreal, the New York Red Bulls, Chicago, and the slumping TFC are a sign of a team on a roll.
5. Toronto FC (1)
Well, the wheels really fell off the wagon for TFC. Three losses with a random 2-1 home win over Miami is not how you want to go into the playoffs. Then again, there is enough time between the end of the regular season and their next game to think they can get their groove back.
6. Columbus Crew (5)
A home win over Philadelphia is good, but the rest of the results for the Crew have been poor to mediocre.
7. Minnesota United (8)
The Loons got good but not results against sub-standard teams until they finished strong against a good Dallas side.
Minnesota United's Emanuel Reynoso and Kevin Molino celebrate a 3-0 win over FC Dallas with Bressan in the background. (Minnesota United FC Communications)
8. Sporting Kansas City (9)
We said this last time, and it remains true. "Most of their games see them beating teams they should." It is tough to try to work off of transitive properties, but there is a quality to a run like this. They may be undervalued here.
9. Orlando City (6)
In the topsy turvy world that was the back half of the MLS season, The Lions continued to be above average and showed they have the ability to beat other good teams. They also dropped a game to Miami and Nashville, so mixed signals.
10. Colorado Rapids (13)
You have to give Robin Fraser and this team a lot of credit. We have seen COVID interruptions throw other teams into chaos, but after they lost to Sporting, they won their last four games, three of which were on the road, and three of them against quality teams, including Minnesota, Seattle, and Portland.
11. FC Dallas (11)
This is a team that has talent but is not hitting on all cylinders. In part due to new additions that haven't been able to get into a regular run of games (as in, one game a week rather than 1.5-2), injuries to and other absences of young players the team was expecting to lean on for much of the season, and due in part to the team not fighting through all the crazy to find some regular production.
12. Los Angeles FC (10)
The talent remains, but so does the 2020 inconsistency. Everyone is beating the Galaxy and the Dynamo, but to be truly back to the top tier they would need to have beaten San Jose and Portland. They lost at the Earthquakes and tied the Timbers at home.
13. San Jose Earthquakes (14)
"What a turnaround….. (but) this may just be a hot streak." Nope. While they probably would have preferred a tie in Vancouver, wins over RSL and LAFC mean their recovery is legitimate. The loss to Seattle keeps them from moving up much higher, though.
14. New York Red Bulls (15)
On one hand, they have righted the ship after Armas was fired. On the other hand, this is not the Cinderella story of 2020 as their last two losses show.
15. Nashville SC (16)
They have earned their way into the middle of the pack, so good for them. Not every team – and certainly not ones who start as slowly as Nashville did – gets to this level in their first season.
16. New England Revolution (12)
"Signs of progress?" No. Just moments of success against a tapestry of mediocre. To our good friends who are Revolution fans, your wait will have to continue.
17. Vancouver Whitecaps (18)
This team has just enough success that its fans have to be frustrated at being teased that the Whitecaps could actually be competitive…
18. Montreal Impact (17)
Henry's first season in charge ends on a slightly high note, and they made the playoffs, but clearly lots of work remains.
19. Chicago Fire (20)
They remained competitive, but couldn't find a way to get enough points. If this is a foundation they can maintain and improve on for next season, they could move up. As crazy as MLS offseasons are I'm not sure how realistic that is.
20. Real Salt Lake (19)
Last time we said, "Not a good few weeks for RSL…" and the run continued. For a team that was battling with FC Dallas to be the hot young team this time last year, they really fell back this season.
21. Inter Miami (24)
This is not what David Beckham was expecting this season. We wonder how much time he will spend trying to understand how teams like Seattle, Portland and Toronto have consistently been in the championship conversations. If not much, it could be a frustrating existence for IM fans.
22. Los Angeles Galaxy (21)
What an embarrassing season for the Galaxy. Even Inter Miami finished ahead of them on points per game.
23. D.C. United (26)
Some signs of life late, but how much of that is opponents not taking D.C. seriously? Either way, lots of work remains for one of the league's Original Ten.
24. Atlanta United (23)
This team has truly fallen from grace.
25. Houston Dynamo (22)
This remains true, which is not a good way to end the last month or so of the season. "Very poor results for Tab et al. Maybe the talent is there, but mostly they are just not competitive."
26. FC Cincinnati (25)
We said this last time, and it is all still true. "The bottom really has fallen out now. They are back to their old ways, and that ain't good folks."
FC Cincinnati at Inter Miami CF on 11/08/2020 at Inter Miami CF Stadium. (Courtesy FC Cincinnati)
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text:
Sea Cloud, Journey 2038 ex Valencia to Gran Canaria
11 Night Cruise sailing from Valencia to Gran Canaria aboard Sea Cloud.
Departure: 28 Oct 2020
Cruise line: Sea Cloud Cruises
Cruise Ship: Sea Cloud
11 Night(s) From
29/10/2020 Alicante, Spain 08:30 AM 01:30 PM
30/10/2020 At sea - -
31/10/2020 Malaga, Spain 08:00 AM overnight
01/11/2020 Malaga, Spain 07:00 AM
01/11/2020 Gibraltar, United Kingdom (Passing) 04:00 PM
02/11/2020 Cadiz, Spain 08:00 AM 11:59 PM
04/11/2020 Casablanca, Morocco 07:00 AM 08:00 PM
07/11/2020 Arrecife, Lanzarote, Canary Islands, Spain 09:00 AM 02:00 PM
08/11/2020 Gran Canaria (Las Palmas), Canary Islands 07:00 AM
The SEA CLOUD's life story is more thrilling than some novels. She was built in 1931 in Kiel at the request of a Wall Street broker. It was his wife, Lady Marjorie Post, who shaped the SEA CLOUD's character.
After the ship's sale in 1955, there were several dark chapters in the history of the once glamorous private yacht – until she was bought in 1978 by a group of Hamburg-based shipowners and businessmen and given a new life.
The SEA CLOUD is truly a queen of the seas. Since her construction as a private yacht in 1931, her elegant appearance and magnificent interior have inspired awe.
Today the four-masted barque is at home on the world's oceans as a cruise ship extraordinaire. Those who have sailed with her in the Mediterranean, the Caribbean, or perhaps across the Atlantic, return to her again and again.
Her special charm is simply irresistible !
On one corner its centuries old and around the next totally modern - Valencia is everything all at once. Today the beautiful old town and the old silk market "La Lonja de la Seda", which is a UNESCO World Heritage Site, still bear witness to the city's wealth in the Middle Ages. A brand new part of the city is situated in a drained river bed and has avant-garde buildings including a futuristic opera house, the largest aquarium in Europe, a botanical garden and a public park. Valencia is one of the few cities that has a heritage of over 2,000 years and is also so intriguingly combined with the future. And no other city in Europe can proudly make the claim that the America's Cup has already taken place twice right on its front door.
Málaga has spruced itself up. In 2003, the Museo Picasso opened in a 16th century Renaissance palace and is dedicated to the artist's extensive life's work. This historic old city invites you to take a stroll and its buildings gleam like new. And above everything towers the Alcazaba, a mighty walled fortress. The port was completely redesigned when the city was opened to the sea and you can now take a lovely stroll along the promenade. In Málaga's hinterland you can see the most beautiful aspects of traditional Andalusia. From a distance the typical Andalusian villages look like white dabs of paint shining out from the brown of the barren mountain landscape.
The old city of Cádiz, around 3,000 years old, has a picturesque location on a narrow headland, right by the Playa de la Caleta with its elegant beachside promenade. Visit the Andalusian capital of Seville and you will be transported back to the heyday of Moorish splendour and rule, but also the age of discovery. This town sits on the Guadalquivir River was a centre of Spanish maritime trade with the New World. Many buildings in the old town are registered as UNESCO World Heritage Sites, including the splendid Moorish Alcazar fortress and the huge Gothic Cathedral of Santa Maria de la Sede. Seville is a fun-loving city that is still at the centre of Andalusian culture and is considered the proud birthplace of Flamenco.
Arrecife/Lanzarote
The "Island of Fire", a UNESCO Biosphere Reserve, has been continually recreated by volcanic eruptions. A third of Lanzarote is a bizarre lunar landscape of barren, beige-grey lines of hills and "fire mountains". In sharp contrast to this are the snow white houses, golden beaches and sparse green vegetation. Its quaint wine-growing areas of La Geria have been declared an all-embracing art form by the Museum of Modern Art. The painter, sculptor and architect César Manrique understood art as the link between man and nature and made a vital contribution to the look of his island home through his artistic creations.
Las Palmas/Gran Canaria
With its black volcano almost 2,000 metres (6,561 foot) high and endless white beaches along the coastline, the island of Gran Canaria displays a huge variety of landscapes. A "continent in miniature" with rugged rock formations, dense pine forests, dry valleys and reservoirs in the interior, lush vegetation in the north, shimmering dune landscapes in the south and weirdly shaped cliffs in the west. Almost half the island has been registered by UNESCO as a Biosphere Reserve. The capital, Las Palmas, is no less colourful, with its port and history stretching back 500 years. The showpiece of this historic old town is the magnificent Santa Ana Cathedral.


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Our Post-Summer Festival Guide
Posted: 27th September 2017
By The Sea Festival
29th Sept – 1st Oct 2017
As the name suggests, By The Sea festival sits right by Margate's coast and is, this year, hosting a plethora of indie, alternative and rock acts for you to enjoy – all whilst exploring Kent's scenic coastline and indulging in an ice cream or two.
With something for everyone, this year's line-up includes '90s electronic band Metromony, indie icons The Libertines and cult-band British Sea Power. Also joining them is experimental indie band Everything Everything who, after the success of their last album 'Get To Heaven' in 2015, have just released their new record 'A Fever Dream' which has received outstanding 4 star reviews from both NME magazine and The Guardian.
Alongside the nearby beach and on-site fairground, the festival finishes at roughly 11PM every night – with the exception of Saturday night's after party, making it a family-friendly weekend away that the kids can enjoy as well. So if a weekend in Margate to indulge in some great music, relax by the seaside and brave the heights of the Ferris Wheel seems up your street then buy your tickets now to avoid missing out!
Neighbourhood Festival
Set in the heart of Manchester, multi-venue Neighbourhood Festival is returning on the 7th October to bring you only the best musical talent in some of Manchester's finest venues.
Last year, the event was graced with big names such as Blossoms, Circa Waves and Louis Berry and this year is no different; with the hugely successful Peace and Ratboy headlining, alongside Jaws, Cabbage and Superfood. Other than it's established artists, the festival also prides itself on showcasing local and upcoming artists; such as Liverpudlian band Clean Cut Kid who performed at last year's festival and are now ready to take the UK by storm on their headline tour.
With 22 more acts being just announced, you have to get yourself to Neighbourhood this year and immerse yourself in some of the best local and worldwide talent.
Twisterella Festival
Set in the thriving Middlesbrough city centre, Twisterella encompasses over 40 acts across five stages all in one day.
A mixture of the best upcoming and established artists, this year's festival will be headlined by Neon Waltz; a euphoric indie six-piece who were named as one of NME's 'artists to watch' and have not long released their debut album 'Strange Hymms'. Also headlining are the all-female, riot-girl-esque Dream Wife, who are due to release their brand new EP 'Fire' this week and have gained critical acclaim for their feminist, punchy sound. Joining them are a whole host of rising artists, including Cape Cub, Desperate Journalist and Skinny Girl Diet amongst many more! So buy your tickets now for a great day of unmissable music.
Ritual Union Festival
Coming to Oxford this October is Ritual Union, a one day festival which boasts a superb line-up of artists from all different genres in some of Oxford's best live music venues.
Headlining this year's Ritual Union are indie-pop favourites Peace whose back catalogue spans of summery, sing-a-long tunes and upbeat anthems that have been met with both critical and chart-topping acclaim with their second album 'Happy People' reaching number 12 in the UK Top Album Charts. Alongside Peace, the blend of girl-group pop and thrashing grunge can be heard through indie quartet Black Honey; whilst, electronica-meets-shoegaze band Pinkshinyultrablast will also be performing their dreamy new single 'Find Your Saint'. You'll also be able to catch the folk-infused rock of Willie J Healy and many, many more artists at this year's Ritual Union, buy your tickets now.
Mirrors Festival
Following the trend of one day, multiple venue festivals is Mirrors festival in London, whose impressively cool line-up makes for what's bound to be an unmissable day out of live music.
This year expect to find American indie-rockers Pinegrove headlining the festival, as they take over with their diverse discography of uplifting choruses and arm-swaying, emotional tracks. Having released a new album last year named 'Cardinal', Pinegrove are ready to take on Mirrors and get the crowd singing along. Also headlining are the joyfully twee Los Campesinos!, whose both third and fourth albums peaked number three in the US Heatseeker Charts and have just released their brand new album 'Sick Scenes' which they can't wait to get the crowds going with! You'll also find other talented and eclectic acts, such as Ultimate Painting, Baywaves and Sam Fender – just to name a few, so buy your tickets to today.
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Emmy Brown
As the overseer of the Blog and Marketing Executive at See Tickets, Emmy is an enthusiast for all things copywriter-y. With permanently itchy feet (you should probably get that checked out), Emmy is always seeking her next overseas adventure, tip-toeing at gigs, and talking to her dog like a human.


There are an awful lot of companies right now who are playing with electric cars and there's a lot more playing with self-driving cars, this is the future and it might be huge … there are so many openings here and it is perfect territory for a company like Apple.
Recent reports have suggested that Apple plans to enter the automotive industry with its own car soon, and Tesla Motors founder Elon Musk claimed that Apple had been offering his employees large sign-on bonuses and a dramatically higher salary if they accepted positions at Apple.
The Wall Street Journal pointed out in one report that the purported size of the project team and the senior people involved in the venture, codenamed Project Titan, demonstrates that Apple is serious about exploring this new territory. Apple executives have flown to Austria to meet with contract automotive manufacturers, and the company's industrial design team is staffed with people who have experience with European automakers. In addition, a property believed to be leased by Apple is marked by the presence of a large garage bay.
If Apple has decided to enter the auto industry, it won't be the first Silicon Valley giant to switch gears, pun definitely intended. Google Inc. has been working on self-driving cars for quite some time, for example. Whether or not Apple ultimately decides to bring the "iCar" to market, it will be interesting to find out what does come out of all of the rumors.
What does SixtyEight Research have to do with Apple?


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Rose F. Cianciulli
Rose Cianciulli, a resident of Pelham and former longtime resident of New Rochelle, died on May 31, 2015. She was 87. Rose was born on September 13, 1927 in New Rochelle to the late Louis and Antoinette (Scarano) Cianciulli. She worked many years as a seamstress. She is survived by her brother Anthony (Judy) Cianciulli;… Continue Reading
Rosina "Rose" Parisi
Rosina "Rose" Parisi, a lifelong resident of New Rochelle, died on May 27, 2015. She was 87. Rosina was born on December 16, 1927 in New Rochelle, to the late Francesco and Angelina (Sammarco) Passarelli. She worked for years at American White Cross in New Rochelle. She was predeceased by her husband Pasquale. She is… Continue Reading
Pasquale "Pat" DelTorto
Pasquale "Pat" DelTorto, a former longtime resident of New Rochelle, died on May 24, 2015. He was 84. Pat was born on October 18, 1930 in New Rochelle to the late Dominic and Katherine (Hoffmann) DelTorto. Pat was a butcher for Shopwell for over 30 years. He served in the Navy during the Korean War.… Continue Reading
Nello A. Amori
Nello A. Amori, a lifelong resident of New Rochelle, died on May 25, 2015. He was 93. Nello was born on November 28, 1921 to the late Francesco and Francesca (Luttazzi) Amori. He worked for many years as Recreation Director for New Rochelle Parks and Recreation. He served his country during WWII as Staff Sargent… Continue Reading
Joseph J. Nardozzi
Joseph J. Nardozzi a lifelong resident of New Rochelle died on May 24, 2015. He was 99 Joseph was born on March 28, 1916 in New Rochelle to the late Dominic and Catherine Nardozzi. He worked as a supervisor at Sears for many years. After retiring he worked in Real Estate Sales for over 25… Continue Reading
Robert C. Wynne
A memorial mass will be scheduled for Thursday 9:30am Blessed Sacrament Church. Continue Reading
Adele Veres
Adele Veres, a longtime resident of New Rochelle, passed away on Wednesday, May 13, 2015. She was 92 years old. Adele was predeceased by her husband Thomas Veres. She is survived by her son and his wife, Tom and Cheryl, and her grandchildren, Jenny and Tommy. All funeral services were private. Continue Reading
Martin G. Lalli
Martin Lalli, longtime resident of New Rochelle, NY, passed away unexpectedly on May 8, 2015 of complications from lung surgery on March 24. Marty is survived by his brothers John (Leigh) and Ronald (Roseann), seven nephews and nieces: John Jr (Ann Marie), James (Alison), Martin (Genia), Kirsten, Scott, Robert (Edit), Cindy, Ron, Danielle, and seven… Continue Reading
Louis J. Perna
Service Tuesday 2pm at Woodlawn Cemetery Chapel Continue Reading
John T. Lang
John T. Lang, Retired Deputy Fire Chief of the Mt. Vernon Fire Dept., died May 17th 2015 at Calvary Hospital in the Bronx, N.Y. Born August 5th 1918 in Mt. Vernon to John and Annie (Kirrane) Lang. He is survived by his loving and devoted wife of 65 years, Jeanne McCarthy Lang whom he married… Continue Reading


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Rózsa Mór, Rosenzweig Salamon (Debrecen, 1856. december 11. – Debrecen, 1920.) orvos, író.

Élete
Rosenzweig Ábrahám és Schőn Katalin (1830–1905) fia. 1876-ban végezte el középiskolai tanulmányait. 1883-ban a Budapesti Tudományegyetemen nyerte el orvosdoktori oklevelét. A Szent Rókus Kórházban segédorvosként működött Bőke Gyula osztályán. 1884-ben Debrecenben telepedett le, majd 1886-tól Nagyváradon folytatott orvosi gyakorlatot. 1897-ben visszaköltözött Debrecenbe, ahol az izraelita betegsegélyező egyletek és magánvállalatok orvosa és gyakorlóorvos lett, s ekkoriban ezredorvossá léptették elő. Tagja volt a debreceni orvos-gyógyszerészegyletnek és több irodalmi és jótékonysági egyesületnek. Cikkei és más művei megjelentek a Társadalomban, a Nagyváradban és a Szabadságban.

Családja
Házastársa Bodánszky Mária volt, Bodánszky Lipót nagyváradi kocsigyáros lánya, akivel 1886. augusztus 11-én Nagyváradon kötött házasságot.

 Lánya Rózsa Ilona (1889–?) volt, Farkas Mózes (1881–?) ügyvéd felesége.

Munkái
 Febris intermittens perniciosa comitata tetanica esete (Budapest, 1888., Különnyomat az Orvosi Hetilapból)
 Fistula urethae gyógyult esete (Budapest, 1889., Különnyomat az Orvosi Hetilapból)
 Materialismus és idealismus (Nagyvárad, 1889., Különnyomat a Szabadságból)
 A nagyváradi közúti lóvonatú vasútról (Nagyvárad, 1890., Különnyomat a Szabadság, Nagyvárad és Nagyváradi Hírlap című lapokból.)
 A szerelem physiologiája (Nagyvárad, 1891., Különnyomat a Nagyváradból)
 A munka egészségtana. Írta és felolvasta. (Nagyvárad, 1896)
 Az egészség művészete (Debrecen, 1898)
 A természettudományi bölcselet példabeszédekben (Debrecen, 1899., Különnyomat a Debreczeni Ellenőrből)
 A szerelem embertana (Debrecen, 1906)

Jegyzetek

Források
 Gergely András: Jeles magyar zsidó orvosok lexikona. Budapest, Makkabi, 2001.

Magyar orvosok
Magyar írók
1856-ban született személyek
1920-ban elhunyt személyek
Debreceniek
Családi nevüket magyarosított személyek

redpajama_set_name: RedPajamaWikipedia


lot of weight quickly but after your emergency. Put barley in your soup instead of rice or try a pilaf with barley, wild rice or brown rice. Now I can safely assume that you are NOT a 10 month old baby, therefore if you are eating 100 calories per day, then you are depriving your body in an extremely dangerous way. The AI for women.2 liters (about 9 cups) of total beverages a day. Dont sweat it though, because you can learn all about protein, carbs and fat, and get all of the detail and explanation you desire by checking out the 3 phases of this completely free and non-commercial weight loss plan right here: Phase 1: Learn How. This will help to ensure the runner is not overtaxing his body. Drinks that are sweetened, whether artificially or naturally, will have little nutritional value and add lots of empty calories to your diet. Protein is important for organ function and building muscle. The best practice is to count how many calories you currently eat each day, then adjust depending on your goals. Stick to recommended portion sizes on food labels and recipes, use smaller plates for your meals, and save snacking for when youre hungry, not just bored.
Attach the pedometer to your belt and try to take 5,000 steps daily. Question How much weight can a 14-year-old lose safely? 9 This indicates that eating three meals and two snacks may be a healthy eating pattern for weight loss. Promise yourself that if you can follow this for six weeks and exercise (if that is one of your goals you will treat yourself to a pedicure or a massage. A 10 month baby needs around 820 calories each day. 3 Figure out how many calories you should eat each day to lose weight. Before you workout it's best to eat a normal balanced meal that includes complex carbs, lean proteins and fats so You can prevent hunger during your workouts and You can have more energy to workout harder longer to burn more fat faster but on the. Question Is it okay to eat ramen noodles regularly?
Yes because You lose or gain weight based on how much or how many calories you eat and NOT What You Eat.
Are you trying to figure out why you re not losing weight even though you re eating better and exercising?
Here s 11 reasons why you re unable to lose fat.
Why, you Can t Lose Weight.


PREHISTORIC DANCE 6.27 @ Noon slt!
Suddenly, Stonehenge has made an appearance in The VelvetThorn! This weeks dance theme will be historic! PRE- HISTORICthat is! Wear your best cave woman skins, and cave boy loin cloths and get ready for some great clubbing.. (cave boy clubbing)!There might be some dinosaurs around even!The House of Mureaux will "ROCK" th' HENGE..so mark your agendas to join the clan!No square wheels allowed!
I look forward to the clubbing.
I got a sneak preview, from Star, of the new mall last evening - and I think you're all REALLY going to like it!
It's a beautiful design, sleek and modern...but that's all the info you're getting for now *grins*, you'll just have to come along on Sunday to see the new installation!
Try to pop along to see the old mall before the bulldozers move in, and it becomes a thing of memory.
And if you've ever thought about opening a store of your own in SL, this could be a great opportunity to get into the new VT mall and take a advantage of the new spaces - I'm sure StarSong would be happy to chat to you about the details.
Well done on a beautiful build, Star!


i am very happy bcoz your added my profile and my account as well..really appreciated..!
Thanks for sharing this article, I am facing some technical issues, I am creating in Magento 2 CLI, following are the codes that I have already applied and trying to get it done successfully.
Always Love to learn New topics.
The content is meticulous and detailed, but I think it needs more practical elements to attract the reader's attention, thank you for sharing this article.


Two women who train hawks, falcons and eagles talk about the extraordinary relationship they form with their birds, and what they have learnt about themselves in the process.
The ancient art of falconry holds a magical appeal for our guests this week. They talk to Kim Chakanetsa about why they were drawn to this ancient tradition, the unique relationship they form with their birds, and the concerns of those who consider it cruel.
Helen Macdonald from the UK is the bestselling author of H is for Hawk, a moving account of the year she spent training Mabel the goshawk after her father's death. As a child Helen was obsessed by birds of prey and was determined to become a falconer - later she used her writing to bring the powerful relationship between humans, falcons and nature to a wider public. She's not currently working with a bird, but she dreams of flying merlin falcons.
Lauren McGough from Oklahoma in the US has become a world authority on the golden eagle - though growing up she didn't know falconry existed. She discovered the sport at the age of 14 and has been hooked ever since, travelling to Mongolia to learn more about eagle falconry from nomadic eagle hunters. She's currently based in South Africa, where she's working with a male crowned eagle called Dart.


This beats Bruce Bogtrotter's cake anyday!
When I was little I received Roald Dahl's 'Revolting Recipes' which had all sorts of brilliant recipes such as lick-able wallpaper and Baked Alaska with warm ice cream, but one recipe which always stood out was the mean feast that was Bruce Bogtrotter's Chocolate fudge cake. Well, you've probably guessed from my title that I haven't made that cake (probably due to the fact I couldn't find the book!) but I have made what I think is a good equivalent!
This delicious chocolate recipe has been created by Angela Nilsen and it had hundreds of positive reviews so I thought I better try it out. I used to always make cakes with either Cadbury's or quite often with the plain cooking one from whichever supermarket I was shopping in. However, sometimes you just need to use a good quality chocolate and in this case I used Lindt 70% (which I can't get enough of at the moment!) and one bar of Bourneville. I chose Cadbury's Bourneville mainly for price reasons as it was slightly cheaper but I don't think it made much difference to the taste of the cake.
I had all my ingredients laid out and was about to start when I opened the butter tub and realised I only had 50g left. This was rather annoying but it didn't put me off, rather luckily for me I had my fella over so I sent him off to the shops to buy some more! He first popped back with Utterly Butter so I sent him back to get some proper butter. I don't think he was too pleased but he got it anyway. I'm usually not overly fussy when it comes to ingredients as you can make minor adjustments but I think you have to be a bit particular when it comes to butter. A few years ago I went to a cupcake decorating class at The Make Lounge and the tutor really enforced how important butter is in cakes and since then I have noticed a big difference in what you use.
A few tips I will share before you begin. I find melting chocolate in the bowl and saucepan the best method however if choosing to melt it in the microwave, only heat it for 20 seconds at a time. Take it out and stir it with a wooden spoon and keep doing it until it becomes nice and smooth. If you do it for any longer than 20 seconds the chocolate may curdle and become all hard and unusable.
Also the mixture can have quite a strong coffee flavour but this is not as powerful once the cake is baked so if you're slightly concerned about putting coffee in the mixture, don't worry, it just gives it a lovely kick!
I hope this helps and have fun baking this fabulous chocolate cake but most importantly enjoy eating it! I have since found my copy of 'Revolting Recipe's' so I may just have an excuse to be trying out another chocolate cake again soon!
1. Butter a 20cm round cake tin (7.5cm deep) and line the base. Preheat the oven to fan 140C/conventional 160C/ gas 3. Break 200g good quality dark chocolate in pieces into a medium, heavy-based pan. Cut 200g butter into pieces and tip in with the chocolate, then mix 1 tbsp instant coffee granules into 125ml cold water and pour into the pan. Warm through over a low heat just until everything is melted – don't overheat. Or melt in the microwave for 20 seconds at a time, take it our and stir it until nice and smooth.
2. While the chocolate is melting, mix 85g self-raising flour, 85g plain flour, ¼ bicarbonate of soda, 200g light muscovado sugar, 200g golden caster sugar and 25g cocoa powder in a big bowl, mixing with your hands to get rid of any lumps. Beat 3 medium eggs in a separate bowl and stir in 75ml (5 tbsp) buttermilk.
3. Now pour the melted chocolate mixture and the egg mixture into the flour mixture, stirring just until everything is well blended and you have a smooth, quite runny consistency. Pour this into the tin and bake for 1 hour 25- 1 hour 30 minutes – if you push a skewer in the centre it should come out clean and the top should feel firm (don't worry if it cracks a bit). Leave to cool in the tin (don't worry if it dips slightly), then turn out onto a wire rack to cool completely.
4. When the cake is cold, cut it horizontally into three (In my case I cut into two but it's entirely up to you). Make the ganache: chop 200g good quality dark chocolate into small pieces and tip into a bowl. Pour a 284ml carton of double cream into a pan, add 2 tbsp golden caster sugar, and heat until it is about to boil. Take off the heat and pour it over the chocolate. Stir until the chocolate has melted and the mixture is smooth.
5. Sandwich the layers together with just a little of the ganache. Pour the rest over the cake letting it fall down the sides and smoothing to cover with a palette knife. Decorate with grated chocolate or a pile of chocolate curls. The cake keeps moist and gooey for 3-4 days.
This was absolutely delicious and very very indulgent! Tastiest chocolate cake ever!
Oh this must be a truly delicious cake! I Love the decoration.