the-french-artist/wikipedia_20220301.simple_sentence_split huggingface dataset:
Hussain Omar 1075-1084
Turan Shah I 1084-1096
Iran Shah 1096-1101
Arslan Shah I 1101-1142
Mehmed I (Muhammad) 1142-1156
Toğrül Shah 1156-1169
Bahram Shah 1169-1174
Arslan Shah II 1174-1176
Turan Shah II 1176-1183
Mehmed II (Muhammad) 1183-1187
Seljuk Rulers in Syria 1076-1117
Abu Sa'id Taj ad-Dawla Tutush I 1085-1086
Jalal ad-Dawlah Malik Shah I of Great Seljuk 1086-1087
Qasim ad-Dawla Abu Said Aq Sunqur al-Hajib 1087-1094
Abu Sa'id Taj ad-Dawla Tutush I (second time) 1094-1095
Fakhr al-Mulk Radwan 1095-1113
Tadj ad-Dawla Alp Arslan al-Akhras 1113-1114
Sultan Shah 1114-1123
Aziz ibn Abaaq al-Khwarazmi 1076-1079
Abu Sa'id Taj ad-Dawla Tutush I 1079-1095
Abu Nasr Shams al-Muluk Duqaq 1095-1104]
Tutush II 1104
Muhi ad-Din Baqtash 1104
Lulu 1114-1117
Shams al-Havas Yariqtash 1117
Imad ad-Din Zengi 1128-1146
Nur ad-Din 1146-1174
Seljuk Sultans of Rüm (Anatolia) 1077-1307
Kutalmish 1060-1077
Süleyman Ibn Kutalmish (Suleiman) 1077-1086
Dawud Kilij Arslan I 1092-1107
Malik Shah 1107-1116
Rukn ad-Din Mas'ud 1116-1156
Izz ad-Din Kilij Arslan II 1156-1192
Ghiyath ad-Din Kay Khusrau I 1192-1196
Süleyman II (Suleiman) 1196-1204
Kilij Arslan III 1204-1205
Ghiyath ad-Din Kay Khusrau I (second time) 1205-1211
Izz ad-Din Kay Ka'us I 1211-1220
Ala ad-Din Kay Qubadh I 1220-123]
Ghiyath ad-Din  Kay Khusrau II 1237-1246
Izz ad-Din Kay Ka'us II 1246-1260
Rukn ad-Din Kilij Arslan IV 1248-1265
Ala ad-Din Kay Qubadh II 1249-1257
Ghiyath ad-Din Kay Khusrau II (second time) 1257-1259
Ghiyath ad-Din Kay Khusrau III 1265-1282
Ghiyath ad-Din Mas'ud II 1282-1284
Ala ad-Din Kay Qubadh III 1284
Ghiyath ad-Din Mas'ud II (second time) 1284-1293
Ala ad-Din Kay Qubadh III (second time) 1293-1294
Ghiyath ad-Din Mas'ud II (third time) 1294-1301
Ala ad-Din Kay Qubadh III (third time) 1301-1303
Ghiyath ad-Din Mas'ud II (fourth time) 1303-1307
Ghiyath ad-Din Mas'ud III 1307
Jell-O is a brand name for a dessert.
It is known for a number of gelatin desserts, such as fruit gels, puddings, and unbaked cream pies.
including fruit gels, puddings and no-bake cream pies.
Jell-O is sold as all prepared (ready to eat) or in powder form, and it is has many different colors and flavors.
The powder has powdered gelatin, sugar, and artificial sweeteners.
It is melted into hot water, and then chilled and eaten.
Sometimes other ingredients are added to make them taste better.
Jell-O must be put in a refrigerator until it is served, and usually eaten with a spoon.
There are also pudding and pie under the Jell-O brand.
To make pudding, they are cooked on the stove with milk, then eaten.
Though the word Jell-O is a name brand, it is commonly used in the United States as a generic name for all gelatin products.
Official Kraft Jell-o website
Upstate, Where It Was First Made, Unwavering Devotion to Jell-O New York Times May 4, 2008
Thoughts on Jell-O With Antioxidants
Pteranodon was a large pterosaur from the Upper Cretaceous period.
About 1200 partial skeletons have been found, more than any other pterosaur.
It lived in the area of the Western Interior Seaway.
Fossil Pteranodon have been found in Kansas, Alabama, Nebraska, Wyoming, and South Dakota.
With its wings open it was up to 6.25 meters across.
Pteranodon might have lived much like an albatross, spending a lot of time over the ocean, looking for fish.
It had no teeth in its long mouth, and it had a small pouch like a pelican at the back of its jaw.
Pteranodon had a big crest at the back of its head.
Pteranodon longiceps had a straight crest that went backwards, and Pteranodon sternbergi had a bigger, flatter crest that went upward.
Pteranodon lived mainly on offshore rookeries.
Most Pteranodon fossils are found where, at the time, they were hundreds of kilometres from the coastline.
They certainly fed on fish.
Fossilized fish bones have been found in the stomach area of one Pteranodon.
Other specimens have fragments of fish scales and vertebrae near the torso.
Females of both species were smaller than the males, and had small, rounded crests.
The crests were probably used in display, though they may have had other functions as well.
Richard II (6 January 1367–14 February 1400) was the son of Edward, the Black Prince, Prince of Wales, and Joan of Kent, "The Fair Maid of Kent".
He was born in Bordeaux, and became his father's successor when his elder brother died in infancy.
His father died before him, so he became king in 1377.
His uncle John of Gaunt, the Duke of Lancaster became regent until Richard II could rule.
He was deposed by Henry of Bolingbroke (Henry IV), John of Gaunt's son with Blanche of Lancaster, taken prisoner and later died in captivity.
Richard abdicated (resigned) in 1399.
He was murdered later that year.
14th century in England
Drinker was a small dinosaur from North America.
It was a very small herbivore that grew up to 1 meter long.
It was named after Edward Drinker Cope a paleontologist, a dinosaur scientist who found many dinosaur fossils such as Triceratops, Anatotitan and Tyrannosaurus rex.
Franz Ferdinand is an indie rock band from Glasgow, Scotland.
The group is named after Archduke Franz Ferdinand of Austria.
Franz Ferdinand has released five albums, Franz Ferdinand, You Could Have It So Much Better With Franz Ferdinand, Tonight: Franz Ferdinand, Right Thoughts, Right Words, Right Action, and their most recent release, Always Ascending.
The band members are Alex Kapranos, Robert Hardy, Julian Corrie, Dino Bardot and Audrey Tait.
Musical groups from Glasgow
Scottish rock bands
2000s establishments in Scotland
S. H. Kress & Co. was a group of "five and dime" department stores in the United States between 1896 to 1981.
The business was started in Nanticoke, Pennsylvania, by Samuel H. Kress in 1896.
Kress Stores were common in many cities and towns of the United States.
In 1964, S. H. Kress & Co. was bought by Genesco, Inc. Genesco began closing down the stores in 1980.
The Kress chain was known for the architecture of the stores.
A number of former Kress stores, now used for other things, are said to be landmarks.
Some of the most well-known Kress locations included New York City's Fifth Avenue, Canal Street, New Orleans, and one at Hollywood's Hollywood Boulevard.
The one at Hollywood Boulevard is now preserved at a theme park in Florida.
Main Street Five-and-Dime: The Architectural Heritage of S. H. Kress & Co.
The Kress Building in Fort Worth, Texas
Remembering the House of Kress
1890s establishments in Pennsylvania
20th-century disestablishments in Pennsylvania
Companies based in Pennsylvania
Defunct companies of the United States
Henry V (16 September 1386 – 31 August 1422), was the King of England from 1413 to 1422.
He was born at Monmouth, Wales.
It is not known whether he was born on 9 August 1386 or 16 September 1387.
During his reign, Henry increased his power as King of England and also took the title of King of France, over which English kings had been fighting for decades.
He defeated the French at the famous Battle of Agincourt in 1415.
Shakespeare wrote a play about that and made him important in other plays.
1387 births
1422 deaths
Athlete's foot is a condition where the foot is dry and cracked, which can be mildly painful.
It was named athlete's foot because it was common in people who play sports or do exercise.
The infection can be spread to other areas of the body, such as the armpits, knees and elbows.
Athlete's foot causes scaling, flaking, itching, blisters and cracked skin.
It can be cured by using antibiotics.
It is a part of the human body.
It can mean behind something.
It is the opposite of front.
Specular reflection is a mirror-like reflection of light from a surface, in which light from a single incoming direction is reflected into a single outgoing direction.
In the diagram to the right, a light ray is coming from the point P, and meets at the mirror at point O. The ray reflects at the point O outwards in the same medium towards point Q. Reflection is measured relative to a line through point O that is at 90˚ to the mirror.
The angles made by the light ray (shown in the diagram as  and ) must be equal.
Both angles have to be equal whenever reflection occurs.
This is known as the "law of reflection".
The Caspian Sea is the largest lake on Earth by both area and volume.
Its volume is .
The Caspian has for 40 to 44% of the total lake waters of the world.
The Caspian sea is an endorheic body of water.
It is bordered by Russia, Azerbaijan, Iran, Turkmenistan and Kazakhstan.
It has a maximum depth of about .
It is called a sea because when the Romans first arrived there, they tasted the water and found it to be salty.
It has a salinity of approximately 1.2%, about a third the salinity of sea water.
Caspian Sea Region
Framework Convention for the Protection of the Marine Environment of the Caspian Sea (2003)
Target: Caspian Sea Oil John Robb, 2004
Lakes of Azerbaijan
Lakes of Kazakhstan
Complementary angles are two angles that when their measurements are added together is equal to 90 degrees.
Civil rights are rights that all people in a country have.
The civil rights of a country apply to all the citizens within its borders.
These rights are given by the laws of the country.
Civil rights are sometimes thought to be the same as natural rights.
In many countries civil rights include freedom of speech, freedom of the press, freedom of religion, and freedom of assembly.
Civil rights also include the right to own property and the right to get fair and equal treatment from the government, from other citizens, and from private groups.
They may prevent against discrimination based on race, sexual orientation, gender, gender identity and disability.
Civil rights are protected by law and custom.
The constitutions of many democracies have a "Bill of Rights" that describes the people's liberties and rights.
A well-known example is the United States Bill of Rights.
A court of law decides if a person's civil rights have been violated.
The courts also decide the limits of civil rights, so that people do not use their freedoms to take away the rights of other people.
Moscovium is a superheavy synthetic radioactive chemical element also known as eka-bismuth.
It has the symbol Mc and the atomic number 115.
Moscovium does not exist in nature.
It is made from a fusion reaction between americium and calcium.
Moscovium is in or near the center of the theoretical island of stability.
No stable isotopes of moscovium have yet been found.
The most stable isotope with 184 neutrons is 299Mc.
The isotope that has been made has only 175 neutrons (290Mc).
There is no use of Moscovium at the moment because of its radioactivity and the fact that it decays pretty quickly.
On February 2, 2004 a report that moscovium and nihonium were made was written in a journal named Physical Review C. The report was written by a team of Russian scientists at Dubna University's Joint Institute for Nuclear Research and American scientists at the Lawrence Livermore National Laboratory.,
The name was changed to Moscovium.
It used to be named ununpentium.
Not enough moscovium has been made to measure its physical or chemical properties.
It is thought that it would be a hard metal.
It may be slightly colored.
Moscovium is in the same group as bismuth but its chemical properties will be different.
The chemistry of ununpentium will be very influenced by special relativity.
It will make its properties different to the other elements in the periodic table that have a smaller atomic number.
One important difference from bismuth is the presence of a stable oxidation state of +I (Mc+).
The (Mc+) ion is thought to have chemical properties like Tl+.
Moscovium is inside or near the island of stability.
This is probably why it is found in popular culture.
It is more likely to be talked about in UFO conspiracy theories.
The most popular story about moscovium is from Bob Lazar.
It is not pseudoscience because it is a refutable theory, however Lazar's claims are not backed by any direct experimental evidence at this time.
Uut and Uup Add Their Atomic Mass to Periodic Table
Apsidium - Ununpentium
Discovery of Elements 113 and 115
Discovery of New Superheavy Elements 113 and 115
Superheavy elements
History & Etymology
Tennessine (formerly Ununseptium meaning "one-one-seven-ium" in Latin) is a radioactive superheavy man-made chemical element.
It has a symbol Ts and atomic number of 117.
It is the second heaviest element of all, and is the second to last element.
It is in group 17 in the periodic table, where the halogens are.
Its properties are not yet fully known but it is probably a metalloid.
The discovery of tennessine was announced in 2010 by scientists in Russia and the United States.
They collaborated and it is the most recently discovered element as of 2019.
It is named after the state of Tennessee and it has no uses except research.
Before discovery
In 2004, the Joint Institute for Nuclear Research (JINR) team in Dubna, Moscow Oblast, Russia planned an experiment to create element 117.
To do this, they needed to fuse the elements berkelium (element 97) and calcium (element 20).
However, the American team at Oak Ridge National Laboratory, the only producer of berkelium in the world, had stopped making berkelium for a while.
So, they created the element 118 first using californium (element 98) and calcium.
The Russian team wanted to use berkelium because the isotope of calcium used in the experiment, calcium-48, has 20 protons and 28 neutrons.
This is the lightest stable or almost stable nucleus (the center of an atom) with much more neutrons than protons.
Zinc-68 is the second-lightest nucleus of this kind, but it is heavier than calcium-48.
Since tennessine has 117 protons, they need another atom with 97 protons to be combined with the calcium atom, and berkelium has 97 protons.
In the experiment, the berkelium is made into a target and the calcium is fired in the form of a beam to the berkelium target.
The calcium beam is created in Russia by removing the small amount of calcium-48 from natural calcium using chemical means.
The nuclei that is made after the experiment will be heavier and is nearer to the island of stability.
This is the idea that some very heavy atoms can be quite stable.
Discovery of Tennessine
In 2008, the American team started again to create berkelium, and they told the Russian team about it.
The program made 22 milligrams of berkelium, and this is enough for the experiment.
Soon after, the berkelium was cooled in 90 days and was made more pure by chemical means in 90 more days.
The berkelium target had to be taken to Russia quickly because the half-life of the isotope of berkelium used, berkelium-249, is only 330 days.
In other words, after 330 days, half of all the berkelium will no longer be berkelium.
Actually, if the experiment did not start six months after the target was made, it would have been cancelled because they did not have enough berkelium for the experiment.
In summer 2009, the target was packed into five lead containers and was sent by a commercial flight from New York to Moscow.
Both teams had to face the bureaucratic obstacle between America and Russia before they send the berkelium target to allow it to arrive in Russia on time.
However, there were still problems: Russian customs did not let the berkelium target get into the country twice due to missing or incomplete paperwork.
Even though the target went over the Atlantic Ocean five times, the whole journey only took a few days.
When the target finally got into Moscow, it was sent to Dimitrovgrad, Ulyanovsk Oblask.
Here, the target was placed on a thin titanium film (layer).
This film was then sent to Dubna where it was placed inside the JINR particle accelerator.
This particle accelerator is the most powerful particle accelerator in the world for the creation of superheavy elements.
The experiment began in June 2009.
In January 2010, the scientists at the Flerov Laboratory of Nuclear Reactions announced within the laboratory that they had found the decay of a new element with atomic number 117 through two decay chains.
The odd-odd isotope does 6 alpha decays before doing a spontaneous (sudden) fission.
The odd-even isotope does 3 alpha decays before fission.
On 9 April 2010, an official report was released in the Physical Review Letters journal.
It showed that the isotopes that were mentioned in the decay chains were 294Ts and 293Ts.
The isotopes were made as follows:
249Bk + 48Ca → 297Ts* → 294Ts + 3 n (1 event)
249Bk + 48Ca → 297Ts* → 293Ts + 4 n (5 events)
The chemistry of Tennessine is currently unknown.
However, chemists can predict how the element would be like using chemistry from the other halogens.
Tennessine is most likely supposed to be a member of group 17 in the periodic table, below the five halogens: fluorine, chlorine, bromine, iodine, and astatine.
Each of them has seven valence electrons.
For tennessine, being in the seventh period (row) of the periodic table, going down the halogen group would predict a valence electron configuration of 7s27p5, and it would therefore be expected to behave kind of like to the halogens in many ways.
There are no uses for Tennessine because of how short lived it is and its radioactivity.
WebElements.com - Uus
Apsidium - Tennessine
Theory of atomic-mass calculation
The World Factbook, also known as the CIA World Factbook, is a book that contains the Central Intelligence Agency's information about the world's countries.
A new book is published every year.
The Factbook provides a two- to three-page summary of the demographics, geography, communications, government, economy, and military of 272 countries, dependencies, and other areas in the world.
The World Factbook is designed to be used by people that work for the United States government, but it is also used by students, on websites, and in other publications that are not made by governments.
Because the U.S. Government made it, it is in the public domain.
CIA - The World Factbook
Tacos are Mexican sandwich-like dishes.
It is made from a corn tortilla wrapped around some sort of filling.
Traditionally, the tortilla is soft, but some variations from different countries have hard shells, as well as flour tortillas.
Tacos are filled with a variety of filling such as beef, chicken, fish, pork, cheese, lettuce, onions, guacamole, and salsa.
Sauces can also be added to tacos ranging from salsa to hot sauces like Tapatío.
People use many different combinations of foods to build the taco, so it is very versatile.
Tacos are world popular, but especially so in Mexico, China and the United States.
In the United States, tacos have been industrialized by fast food businesses such as Taco Bell, Del Taco, and Chipotle.
The taco is one of the favorite foods of Marvel Comics character Deadpool.
Gerard Arthur Way (born April 9, 1977) is an American musician and comic book writer.
Way is the lead singer and co-founder of the punk rock band My Chemical Romance.
His brother Mikey was the bass player for the band.
Way played for the band from their start in September 2001 until they broke up on March 22, 2013, as of October 31, 2019 as of the reunion, he is in the band.
Way is known for commonly changing hair color from black to blonde and even a striking red.
Gerard married Lyn Z of Mindless Self Indulgence on September 3, 2007.
He and Lyn Z announced that they were having a baby in November 2008.
Their daughter, Bandit Lee Way, was born on May 27, 2009.
She arrived at 2:57 PM and weighed 6 pounds and 5.6 ounces.
Gerard has said that both Bandit and Lyn Z are "happy and healthy".
Way is also the writer of the comic book series "The Umbrella Academy".
Before My Chemical Romance
He was born on April 9, 1977 in Summit, New Jersey.
Way attended the School of Visual Arts in New York City and graduated with a Bachelor of Fine Arts degree in 1999.
Emerson, Lake & Palmer were an English progressive rock group.
In the 1970s, the band was extremely popular, selling over 30 million albums and headlining huge concerts.
Keith Emerson: keyboards
Greg Lake: vocals, bass, guitars, production
Carl Palmer: drums, percussion
Emerson, Lake & Palmer (1970)
Tarkus (1971)
Trilogy (1972)
Brain Salad Surgery (1973)
Works Volume 1 (1977)
Works Volume 2 (1977)
Love Beach (1978)
Black Moon (1992)
In the Hot Seat (1994)
1970 establishments in the United Kingdom
Musical groups disestablished in 2010
Newark is the largest city in U.S. State of New Jersey, 65th largest city in the United States, and serves as the seat of Essex County.
It is located 8 miles west of Manhattan.
Newark was originally formed as a township on October 31, 1693.
During its time as a township, portions were taken to form Springfield Township, New Jersey, Caldwell Township, New Jersey, Orange Township, New Jersey, Bloomfield Township, New Jersey, (March 23, 1812) and Clinton Township, New Jersey.
Newark was reincorporated as a city on April 11, 1836.
The previously independent Vailsburg borough was annexed by Newark on January 1, 1905 and became part of West Ward.
Newark is divided into five wards; North Ward, South Ward, West Ward, East Ward, and Central Ward.
Central Ward has train stations of Amtrak and New Jersey Transit.
It also has museums and tall buildings including headquarters of large corporations.
The High Street Historic District is in Central Ward.
East Ward includes a neighborhood called "Ironbound".
South Ward has the large Newark Liberty International Airport, one of the first major airports in the United States.
Branch Brook Park in North Ward has the biggest display of cherry blossoms in the eastern United States.
1693 establishments in North America
1690s establishments in the Thirteen Colonies
17th-century establishments in New Jersey
Aeolic Greek was a dialect of the Greek language that was spoken on the island of Lesbos and nearby parts of Asia Minor.
Myst is a computer game designed by the brothers Robyn and Rand Miller in a company called Cyan.
The Millers started working on Myst in 1991 and released it for the Macintosh computer on September 24, 1993.
Myst was later released on many different computers and video game consoles.
In Myst, the player starts by using a special book to travel to Myst Island.
There, the player uses other special books to travel to different worlds called "Ages".
Solving puzzles on different Ages helps the player learn more about Myst Island and the people who live there.
The player can make choices that change the ending of the game.
When Myst was released, it became very popular.
Critics loved Myst because it felt like a real world.
Myst was the best-selling computer game until The Sims was released in 2002.
Myst helped the CD-ROM get more popular when the CD-ROM was new.
Because Myst was so popular, four sequels were made, and three Myst novels were written.
Father Christmas is the British name for Santa Claus.
The name was used in songs, such as "I Believe in Father Christmas" by Emerson, Lake & Palmer.
was an English pop band.
It was created in 1981 by George Michael and Andrew Ridgeley.
They released their first single in 1982.
For a short time, they were known in the United States as Wham!
UK because another band already had that name.
They are best known for the songs Last Christmas and Wake Me Up Before You Go-Go.
1981 establishments in England
English boy bands
Georgios Kyriacos Panayiotou,  (25 June 1963 – 25 December 2016), known professionally as George Michael, was an English singer-songwriter, and record producer.
George Michael who rose to fame in the 1980s, when he formed the pop duo Wham!
with his school friend Andrew Ridgeley.
The duo released a string of massive  singles in 1982 like Young Guns (Go For It) and Wham Rap! (
Enjoy What You Do), both written by Michael.
In 1983, Wham’s debut album, "Fantastic" was released.
It reached #1 in the UK charts and had the hit single Club Tropicana with a music video, shot in Ibiza.
After a year, Wham changed its image with the release of their second album Make it Big, which was a critical and commercial success, hitting #1 in both the UK and the USA.
It produced four singles, all topping the charts on both sides of the Atlantic.
One of the most popular songs in the album, Careless Whisper, Michael's first solo single, was released in 1984 while he was still performing with Wham!.
In 1986, Wham!
disbanded after release of a third studio album, single and concert at Wembley Stadium.
Following his split with Wham!,
George Michael began a successful solo career, releasing four studio albums, "Faith" (1987), "Listen Without Prejudice Vol.
1" (1991), "Older" (1996), and "Patience"  (2004).
Michael has sold over 100 million records worldwide as of 2010, encompassing 11 British #1 singles, 9 British #1 albums, 10 US #1 singles, and 2 US #1 album.
His 1987 debut solo album, Faith  has sold over 20 million copies worldwide alone and its considered by some music critics to be one of the greatest albums in pop music history.
In 2004, Radio Academy has named Michael the most played artist on British radio between the period of 1984-2004.
In 2006, George Michael announced his first tour in 15 years.
25 Live tour was a massive, worldwide undertaking by Michael that spanned forth individual tours over the course of five years (2006, 2007, 2008, 2009 and 2010).
In November 1984, Michael joined other popular British and Irish pop stars to form Band Aid, singing on the charity song "Do They Know It's Christmas?"
for relief of famine in Ethiopia.
This single became the UK Christmas number one on the UK Singles Chart in December 1984.
Michael's own song, "Last Christmas" by Wham!,
was held at number two. "
Do They Know It's Christmas?"
sold 3.75 million copies in the UK.
It became the biggest selling single in UK Chart history.
It held this position until 1997 when it was overtaken by Elton John's "Candle in the Wind 1997", released in tribute to Princess Diana following her death Michael also attended Diana's funeral with Elton John.
Michael donated the royalties from "Last Christmas" to Band Aid and subsequently sang with Elton John at Live Aid (the Band Aid charity concert) in 1985.
Michael was born in London to an English mother and Greek father.
Michael was raised there and in Hertfordshire.
He was initially private about being homosexual.
During his Wham!
career, he was in relationships with well-known women such as actress Brooke Shields, and model Pat Fernandes.
Between 1986-1988, he was romantically involved with Kathy Yueng, an American makeup artist who was featured in "I Want Your Sex" Music Video.
Nonetheless, his sexual orientation was well known among London music business people.
These persisted into his solo career, but Michael had already established a relationship with Anselmo Feleppa, whom he had met at the 1991 concert "Rock in Rio".
Feleppa died of an AIDS-related brain hemorrhage in 1993.
Michael's single Jesus to a Child is a tribute to Feleppa: (he consistently dedicates it to him before performing it live), as is his 1996 album "Older".
Since 1996, Michael has been in a long-term relationship with businessman Kenny Goss.
They have homes in London and Dallas.
On 25 December 2016 before 17:24 GMT, Michael died at his property in Goring, Oxfordshire, England from heart failure and a fatty liver, aged 54.
Before 22:59 GMT his publicist stated that he had "passed away peacefully" and Thames Valley Police said they were treating the death as unexplained and there were no suspicious circumstances.
South Central Ambulance Service had attended his property at 13:42 GMT on Christmas Day.
Faith (1987)
Hard Day
Look At Your Hands
Kissing A Fool
A Last Request (I Want Your Sex Part 3)
Listen Without Prejudice, Vol.
Praying For Time
They Won't Go When I Go
Something To Save
Cowboys And Angels
Waiting For That Day
Mothers Pride
Heal The Pain
Waiting (Reprise)
Older (1996)
Jesus To A Child
Spinning The Wheel
It Doesn't Really Matter
To Be Forgiven
You Have Been Loved
Ladies And Gentlemen: The Best Of George Michael (1998)
Don't Let The Sun Go Down On Me
A Moment With You
A Different Corner
Star People '97
Papa Was A Rollin' Stone
I Knew You Were Waiting For Me
Songs From The Last Century (1999)
Brother Can You Spare A Dime
Wild Is The Wind
Patience (2004)
John & Elvis Are Dead
Cars & Trains
Shoot The Dog
My Mother Had A Brother
Flawless (Go To The City)
Precious Box
Please Send Me Someone (Anselmo's Song)
Twenty Five (2006)
Everything She Wants - Wham!
Wake Me Up Before You Go-Go - Wham!
Freedom - Wham!
As (with Mary J. Blige)
Freeek! (
Not '04)
Flawless (Radio Edition)
An Easier Affair
Last Christmas - Wham!
Heal The Pain (with Sir Paul McCartney)
Don't Let The Sun Go Down On Me (with Sir Elton John)
John and Elvis Are Dead
This Is Not Real Love (with Mutya)
Cars and Trains
You Know That I Want To
If You Were There - Wham!
Brother Can You Spare A Dime? (
performed at Pavarotti & Friends)
George Michael | The Official Website
Deaths from cardiomyopathy
Criminals from London
English songwriters
Chink Crossin (1923-1981), American professional basketball player
Eric Dorman-Smith (1895-1969), Irish officer in the British Army and the Irish Republican Army
Chink Heileman (1872-1940), American Major League Baseball player in 1901
William O. Lowe (1894-1949), American college football player and first commissioner of the Smoky Mountain Conference
Chink Outen (1905-1961), American Major League Baseball player
Chink Taylor (1898-1980), American Major League Baseball player in 1925
Leo Taylor (baseball) (1901-1982), American Major League Baseball player in one game in 1923
Chink Zachary (1914-2006), American Major League Baseball pitcher in 1944
Chink Martin, American jazz tuba player Martin Abraham (1886-1981)
Chink Santana,  American R&B musician and producer Andre Parker
A narrow opening or vulnerability, as in a chink in one's armor
Chinks, a half-length type of chaps, leather coverings for the legs, derived from chingadero
A colloquial term for the common pheasant in the United States, derived from "Chinese pheasant"
Bourreria baccata, a plant species also known as chink
Chink (Isle of Wight), a scenic rock cleft
"Chink", an episode of the 2010 British Television drama Married Single Other
Chinking, material used to fill the spaces between logs in log buildings
Handle (grip), a device, attached to an object, that is held to move or use the object
Handle (mathematics), a term used in topology
Handle, the friction and flexibility of sheets of material as measured by Handle-o-Meter
Handle, a pseudonym used in Citizens band radio
Handle or username, a pseudonym used within an online system
Adjustment handles let a user interface designer resize a control.
A handle is a 1.760001 liter (approx.
half gallon) bottle of a distilled beverage because bottles of that size often have a handle
Handle, the total amount bet at a place such as a horse racing track, dog racing track, or jai alai fronton
A doorhandle.
Spermicide is a substance that kills sperm before it can enter the vagina.
When a spermicide is used as the only form of contraception, the pregnancy rate is much higher than it is when other contraceptives are used.
Spermicides are normally used with barrier contraception, such as condoms, cervical caps, diaphragms, and contraceptive sponges.
Big Brother is a TV reality show.
People known as housemates, enter a house and they do not bring any of their belongings except clothes.
They are bored and the people behind the cameras who call themselves Big Brother announce things through the loudspeaker.
Housemates would get a task to do so that they can get food.
There is also a celebrity version of Big Brother.
Big Brother around the world
The series was developed by Endemol, and the first season was shown in the Netherlands.
The show's format has since been copied in over forty countries, including Brazil, Bulgaria, Germany, Italy, Spain, India, United Kingdom and US.
It also used to be in Australia, It was originally cancelled in 2008, later came back in 2012-2014 and will return again in 2020
Special editions
In some countries, there are also special editions of the show, for example Big Brother VIP or Big Brother: All Stars.
Big Brother VIP / Celebrity Big Brother
Big Brother VIP is the name of the special edition of the show, in which all the housemates are famous people.
It has been released in many of the countries airing Big Brother, for example Bulgaria - VIP Brother; Mexico - Big Brother VIP; UK - Celebrity Big Brother.
Big Brother series
, Big Brother has produced 506 winners in over 55 franchises.
Currently airing (2)
An upcoming season (14)
Status unknown (9)
No longer airing (35)
2000s television series
2010s television series
The euphonium is a brass instrument.
It is very similar to the baritone horn, but it is different because the tubes are wider and it is bigger.
The euphonium makes low sounds, similar to the trombone.
The euphonium has 3 or 4 valves and 1-3 spit valves. "
Spit" valves do not really mean there is spit in the instrument, it means that there is condensation in the instrument.
The euphonium is seen in different sorts of bands in Europe and America.
The musicians make the sound by blowing into the instrument and "buzzing" with their lips.
A blogger is a person who keeps a blog as a major activity in their life.
This is a diary or journal on the web (also known as 'weblog').
Blogs are usually free to read, but nevertheless some have made fame and fortune for their writing.
Tavi Gevinson's blog is an example.
Many politicians and journalists are bloggers, perhaps realising that this is one good way to contact the younger voters.
Michelle Malkin's blog is an example of this kind of use.
Twitter and Facebook are networking sites which offer some of the functions of a blog.
What a blogger can do on sites like that is limited by the proprietary software.
The really professional bloggers have their own sites, and also hold pages on social networking sites.
Blogger  is a google platefrom use for make free website.
Prophylaxis is a Greek word and concept.
It means any action taken to guard or prevent beforehand.
The corresponding adjective is prophylactic.
The concept of prophylaxis has two parts.
First is forethought.
A person has to realise the need first of all.
Second is taking appropriate action.
Any failure of prophylaxis is a failure at either stage 1 or stage 2.
Successful prophylaxis means one has anticipated and avoided some undesirable outcome.
Preventative medicine
Prophylaxis is the central idea in preventative medicine.
People usually think medical treatment helps sick people to get healthy.
Prophylactic treatment is helpful in a different way.
Primary prophylaxis tries to stop healthy people from getting sick.
Secondary prophylaxis tries to stop people who are sick from getting worse.
Prophylaxis may also be used as a synonym for birth control.
Condoms are prophylactic, because when used properly they can prevent pregnancy or sexually transmitted diseases.
In the strict meaning and medical meaning of the word "profylaxe", it only means prevention of DISEASE, not of birth.
For example, oral contraceptive is not a profylaxe, because it does not prevent disease.
Abū Bakr ‘Abdallāh bin Abī Quḥāfah aṣ-Ṣiddīq (; (573 AD 22 August 634 AD) popularly known as Abu Bakr (), was a senior companion and—through his daughter Aisha—the father-in-law of the Islamic prophet Muhammad.
Abu Bakr became the first openly declared Muslim outside Muhammad's family.
Abu Bakr served as a trusted advisor to Muhammad.
During Muhammad's lifetime, he was involved in several campaigns and treaties.
He ruled over the Rashidun Caliphate from 632 to 634 AD when he became the first Muslim Caliph following Muhammad's death.
As caliph, Abu Bakr succeeded to the political and administrative functions previously exercised by Muhammad.
He was commonly known as The Truthful Caliph (, ).
Abu Bakr's reign lasted for 2 years, 3 months and 11 days ending with his death after an illness.
In Arabic, the name Abd Allah means "slave of Allah".
One of his early titles, preceding his conversion to Islam, was atiqe, "the saved one".
Muhammad later reaffirmed this title when he said that Abu Bakr is the "atiqe" (the one saved from hell fire by God).
He was called Al-Siddiq (the truthful) by Muhammad after he believed him in the event of Isra and Mi'raj when other people didn't, and Ali confirmed that title several times.
There is a dispute over his name being Abdullah.
Ibn Hajar in Al-Isaabah, and many other narrations, narrates from Qasim Ibn Muhammad Ibn Abi Bakr, "I asked Ayesha the name of Abu Bakr.
She said Abdullah.
I said people are saying Ateeq.
She said Abu Quhafa had three children, one was Ateeq, second Mu’taq and third, Otaiq.
All three names are similar and derived from the same root."
Imam Jafar al Sadiq famously narrated how the title Siddiq was given to Abu Bakr from Muhammad.
Jafar was a direct descendant of Abu Bakr from his maternal side, as well as being a descendant of Ali from his father's side.
Jafar al-Sadiq was also the successor of the Naqshbandi Sufi order believed to be originating from Abu Bakr himself.
Imam Muhammad al Baqir, the father of Imam Jafar Sadiq, also called Abu Bakr with the title Siddiq.
Much of the available knowledge about Muhammad comes through Abu Bakr's daughter, Aisha.
After the death of Abu Bakr, her brother Muhammad ibn Abi Bakr was raised by Ali.
After Muhammad ibn Abi Bakr was killed by the Umayyads, Aisha raised and taught her nephew Qasim ibn Muhammad ibn Abi Bakr.
Aisha also taught another nephew Urwah ibn Zubayr.
He then taught his son Hisham ibn Urwah, who was the main teacher of Malik ibn Anas] whose views many Sunni follow.
Qasim's mother was of ‘Ali's family and his daughter Farwah bint al-Qasim, who married Muhammad al-Baqir, was the mother of Jafar al-Sadiq.
Therefore al-Qasim was the grandson of the first caliph Abu Bakr and the grandfather of Ja'far al-Sadiq.
Another of Abu Bakr's grandsons, Abd Allah ibn al-Zubayr, was very close to Husayn bin Ali.
After Hussein ibn Ali was betrayed by the people of Kufa and killed by the Yazid I Army of the, Umayyads ruler, Abd Allah ibn al-Zubayr confronted Yazid and expelled him from Iraq, southern Arabia and the greater part of Syria, and parts of Egypt.
Following a lengthy campaign, on his last hour Abd Allah ibn al-Zubayr asked his mother Asma' bint Abu Bakr, the daughter of the first caliph, for advice.
Asma' bint Abu Bakr replied to her son:
"You know better in your own self, that if you are upon the truth and you are calling towards the truth go forth, for people more honourable than you have been killed and if you are not upon the truth, then what an evil son you are and you have destroyed yourself and those who are with you.
If you say, that if you are upon the truth and you will be killed at the hands of others, then you will not truly be free".
Abd Allah ibn al-Zubayr left and was later also killed and the army now under the control of the Umayyads.
573 births
634 deaths
People from Mecca
The lemon is a small tree (Citrus limon) that is green even in the winter.
It came from Asia. '
Lemon' is also the name of the tree's oval-shaped yellow fruit.
The fruit is used for cooking and other things in the world – usually for its juice.
People do not know for sure where lemons have come from.
However, most people think that lemons first grew in India, northern Burma, and China.
The lemon is the common name for Citrus limon.
A lemon is a yellow citrus fruit.
It is related to the orange.
Lemon juice is about 5% citric acid, and has a pH of 2 to 3.
Lemon plants vary in size yet stay generally small.
The tallest height they can get is about 6 meters tall.
The juice, zest, and pulp are often used in cooking, often on fish and other meat for better taste.
Lemon is also used to flavour drinks, such as lemonade or soft drinks.
An elevator or lift is a vertical transport vehicle that efficiently moves people or goods between floors of a building.
They are generally powered by electric motors that either drive traction cables and counterweight systems, or pump hydraulic fluid to raise a cylindrical piston.
Some argue that lifts began as simple rope or chain hoists.
A lift is essentially a platform that is either pulled or pushed up by a mechanical means.
A modern-day lift consists of a cab (also called a "cage" or "car") mounted on a platform within an enclosed space called a shaft or sometimes a "hoistway".
In the past, lift drive mechanisms were powered by steam and water hydraulic pistons.
In a "traction" lift, cars are pulled up by means of rolling steel ropes over a deeply grooved pulley, commonly called a sheave in the industry.
The weight of the car is balanced with a counterweight.
Sometimes two lifts always move synchronously in opposite directions, and they are each other's counterweight
Hydraulic lifts use the principles of hydraulics (in the sense of hydraulic power) to pressurize an above ground or in-ground piston to raise and lower the car.
Roped hydraulics use a combination of both ropes and hydraulic power to raise and lower cars.
Recent innovations include permanent earth magnet motors, machine room-less rail mounted gearless machines, and microprocessor controls.
The technology used in new installations depends on a variety of factors.
Hydraulic lifts are cheaper, but installing cylinders greater than a certain length becomes impractical for very high lift hoistways.
For buildings of much over seven stories, traction lifts must be employed instead.
Hydraulic lifts are usually slower than traction lifts.
Elevator doors
Elevator doors protect riders from being crushed in between the cab and the floor.
In a cascading configuration (potentially allowing wider entryways within limited space), the doors run on independent tracks so that while open, they are tucked behind one another, and while closed, they form cascading layers on one side.
This can configured so that two sets of such cascading doors operate like the center opening doors described above, allowing for a very wide elevator cab.
In less expensive installations the elevator can also use one large "slab" door: a single panel door the width of the doorway that opens to the left or right laterally.
Machine Room-Less (MRL)
All elevators, whether traction or hydraulic, require a machine room to store large electric motors (or hydraulic pumps) and a controller cabinet.
This room is located above or below the hoistway (or only below, for hydraulic elevators) and may contain machinery for a single or a group of elevators.
Modern day traction motors boasting gearless and permanent magnet drive can be more compact and efficient; electronic microprocessors have replaced the mechanical relays.
As a result, traction elevators can be built without a dedicated room above the shaft, saving valuable space in building planning.
The new lift design presents a departure from the traditional, looped over-the-top traction rope routing of traction elevators.
The ends of the cables are fixed to the supporting structure, and the length of the cable are connected to the car and counterweight by means of a force-multiplying, energy saving compound pulley system.
Machine room-less elevators have become a welcome alternative to the older hydraulic elevator for low to medium rise buildings.
creates more usable space
uses less energy (70-80% less than hydraulic elevators)
uses no oil
all components are above ground
much lower cost than other elevators
ride quality is better due to gearless traction
operates at faster speeds than hydraulics
Noise level is at 50-55 dBA (A-weighted decibels), which is much lower than other types of elevators
Usually used for low-rise to mid-rise buildings
The motor mechanism is placed in the hoistway itself
The US was slow to accept the MRL Elevator because of codes
The first reference to an elevator is in the works of the Roman architect Vitruvius, who reported that Archimedes built his first elevator, probably in 236 B.C. In some literary sources of later historical periods, elevators were mentioned as cabs on a hemp rope and powered by hand or by animals.
It is supposed that elevators of this type were installed in the Sinai monastery of Egypt.
In the 17th century the prototypes of elevators were located in the palace buildings of England and France.
In 1852, Elisha Otis introduced the safety elevator, which prevented the fall of the cab if the cable broke.
The design of the Otis safety elevator is somewhat similar to one type still used today.
A governor device engages knurled roller(s), locking the elevator to its guides should the elevator move at an excessive speed.
He demonstrated it at the New York exposition in the Crystal Palace in 1854.
In 1882, when hydraulic power was a well established technology, a company later named the London Hydraulic Power Company was formed.
It constructed a network of high pressure mains on both sides of the Thames which, ultimately, extended to 184 miles and powered some 8,000 machines, predominantly lifts (elevators) and cranes.
In 1929, Clarence Conrad Crispen, with Inclinator Company of America, created the first residential elevator.
Crispen also invented the first inclined stairlift.http://inclinator.com/about-inclinator.asp
Elevator safety
Pneumatic Vacuum Elevators
Pneumatic or "Vacuum" elevators operate without cables and can be installed more easily and quickly than their alternatives since their housing comprises prefabricated sections which are considerably narrower than conventional lift shafts.
These sections are often transparent and afford the passenger a near 360° view.
Cable-borne elevators
Statistically speaking, elevators are extremely safe.
Their safety record is unsurpassed by any other vehicle system.
In 1998, it was estimated that approximately eight 100-millionths of one percent (1 in 12 million) of elevator rides resulted in an anomaly, and the vast majority of these were minor things such as the doors failing to open.
For all practical purposes, there are no cases of elevators simply free-falling and killing the passengers inside; of the 20 to 30 elevator-related deaths each year, most of them are maintenance-related - for example, technicians leaning too far into the shaft or getting caught between moving parts, and most of the rest are attributed to easily avoidable accidents, such as people stepping blindly through doors that open into empty shafts or being strangled by scarves caught in the doors.
In fact, prior to the September 11th terrorist attacks, the only known free-fall incident in a modern cable-borne elevator happened in 1945 when a B-25 bomber struck the Empire State Building in fog, severing the cables of an elevator cab, which fell from the 75th floor all the way to the bottom of the building, seriously injuring (though not killing) the sole occupant - the female elevator operator.
While it is possible (though extraordinarily unlikely) for an elevator's cable to snap, all elevators in the modern era have been fitted with several safety devices which prevent the elevator from simply free-falling and crashing.
An elevator cab is typically borne by six or eight hoist cables, each of which is capable on its own of supporting the full load of the elevator plus twenty-five per cent more weight.
In addition, there is a device which detects whether the elevator is moving faster than its maximum designed speed; if this happens, the device causes bronze brake shoes to clamp down along the vertical rails in the shaft, stopping the elevator quickly, but not so abruptly as to cause injury.
In addition, a hydraulic buffer is installed at the bottom of the shaft to cushion any impact somewhat.
Most recently, there was an incident in a modern cable-borne elevator that took place in a children's hospital in Seattle, Washington on October 9, 2007.
The elevator involved was a ThyssenKrupp ISIS machine room-less elevator; The ISIS used Kevlar fiberglass ropes instead of conventional braided-steel ropes all other traction elevators use.
One of the ISIS elevators broke free from its cables, slipping between the 6th and 4th floors; the Kevlar ropes were the cause of this incident.
After the incident, ThyssenKrupp discontinued production of the ISIS and, the following year, replaced it with the Synergy machine room-less elevator, which uses conventional braided-steel ropes, making it much safer.
Hydraulic elevators
Past problems with early hydraulic elevators meant those built prior to a code change in 1972 were subject to possible catastrophic failure.
The code had previously required only single-bottom hydraulic cylinders.
In the event of a cylinder breach, an uncontrolled fall of the elevator might result.
Because it is impossible to verify the system completely without a pressurized casing (as described below), it is necessary to remove the piston to inspect it.