the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Cro-Magnon 
 Abri means "rock shelter" in French; cro means "hole" in the Occitan language; and "Magnon" was the name of the person who owned the land where Lartet found the skull.
Cro-Magnon 
 This means that instead of living in just one place, they followed the migration of the animals they wanted to hunt.
Cro-Magnon 
 They may have built hunting camps from mammoth bones; some of these camps were found in a village in Ukraine.
Cheating in video games 
 Cheating in video games is when a player creates an advantage for themself beyond what normal gameplay would allow.
Cheating in video games 
 In other world, it is included in an existing video game as if it is from that video game and continues to work in this way.
Cheating in video games 
 For example, pressing a certain sequence of buttons may increase a character's hit points in an role-playing game, or make a car drive faster in a racing game.
Cheating in video games 
 It usually involves injecting DLLs and its working kernel mode in the game application for access to advantages.
Cheating in video games 
 The number of users using competitive video games cheat continues to decrease with the development of anti-cheat systems.
Cheating in video games 
 The reason why the rate of banned players is higher than the rate of cheating is that past activities can be detected.
Anaphalis 
 Anaphalis (pronounced A-ná-pha-lis) is a genus within the Asteraceae family whose members are commonly known by the name Pearly everlasting.
Anaphalis 
 There are around 110 species within the genus with the vast majority being native to central and southern Asia.
Anaphalis 
 There is one species native to North America that is fairly well known and popular in cultivation, namely the Western Pearly Everlasting (Anaphalis margaritacea).
Anaphalis 
 Two of the species, A. javanica and A. longifolia can be found on the mountain af the Java island in Indonesia.
Weaning 
 Weaning means changing the diet of a baby little by little, from its mother's milk to the food it will eat as an adult.
Weaning 
 Human babies should start eating small amounts of solid food, along with breast milk or formula, when they are about six months old.
Weaning 
 Before this time, a child's digestive system and kidneys are still forming, so the child is not ready for solid food.
Weaning 
 Babies do not have teeth and cannot chew their food, so they are usually fed soft, runny food such as cooked mashed fruit or vegetables.
Weaning 
 Babies cannot digest some foods which adults can eat, including food with nuts or with large amounts of gluten, salt or sugar.
Weaning 
 Also, babies' digestive systems are very sensitive to bacteria, so they should not eat any foods with honey, eggs or shellfish in them because these foods sometimes contain bacteria.
Weaning 
 Weaning conflict happens when the mother wants to wean her baby, but the baby wants to keep breastfeeding.
Weaning 
 The mother tries to force the baby to stop breastfeeding, and the baby tries to force the mother to continue.
Weaning 
 Some evolutionary scientists think mammal mothers need to wean their babies as soon as possible, so they will have a greater chance of having more babies and spreading their genes.
Weaning 
 But mammal babies want to breastfeed as long as they can so they will have a chance to grow strong, and also to enjoy the full care of their mothers.
Nanoelectromechanical systems 
 Nanoelectromechanical systems will be very tiny machines, with dimensions thousands of times thinner than the human hair, that could be used as motors or sensors.
Nanoelectromechanical systems 
 The technology is very new and still in the laboratory stage, but may replace microelectromechanical systems.
Nanoelectromechanical systems 
 For example, attractive forces between materials of the same type may push together moving parts and block a motor.
Photocathode 
 Examples are astronomical telescopes and military night-sight equipment: binoculars and telescopes on helmets and rifles etc.
Photocathode 
 The lens of the telescope or binocular passes the light onto a layer of glass coated with a special light-sensitive metal.
Photocathode 
 At room temperatures, this photocathode operates with very low dark current, making it ideal for use in photon counting applications.
Photocathode 
 This photocathode material covers a wide spectral response range, from ultraviolet to 930 nm (nm = nanometre, a measure of the wavelength of the light or other electromagnetic radiation).
Photocathode 
 These materials are sensitive to vacuum UV and UV rays, but not to visible light and are therefore referred to as solar blind.
Space Shuttle Enterprise 
 The Space Shuttle Enterprise (OV-101) is a spacecraft used by NASA for testing of the space shuttles.
Space Shuttle Enterprise 
 Enterprise was built without engines and without the heat protection system needed for it to travel into space and return to the atmosphere.
Space Shuttle Enterprise 
 When these test were finished they did another five tests with the shuttle flying without engines like a glider.
Space Shuttle Enterprise 
 The pilots were astronaut Gordon Fullerton, Apollo 13 astronaut Fred Haise, Joe Engle and Dick Truly.
Space Shuttle Enterprise 
 After the test flights, the Enterprise was used for vibration tests at NASA's Marshall Space Flight Center in Huntsville, Alabama.
Space Shuttle Enterprise 
 After all the tests were finished, some parts of the Enterprise were used in the building of the other shuttles.
Space Shuttle Enterprise 
 The Enterprise was going to be named the "Constitution", but many people wrote to the President and asked for it to be named after the space craft on the TV show Star Trek.
Space Shuttle Enterprise 
 Enterprise can be seen today by visitors to the Smithsonian's National Air and Space Museum's Steven F. Udvar-Hazy Center near Washington, D.C.
Reggie Bush 
 Reginald Alfred "Reggie" Bush II (born March 2, 1985) is an American football player for the Detroit Lions of the National Football League (NFL).
Reggie Bush 
 Bush played football at Helix High School in La Mesa, California, then played football at the University of Southern California.
Reggie Bush 
 Bush won the 2005 Heisman Trophy, which is for the best player in college football, but in 2010, he gave the award back because of claims that he took gifts while in college that would have made him a professional athlete while still in college.
Globular protein 
 They are soluble in water because of the hydrophilic ('water-loving') side chains that project from the outside of the molecules.
Globular protein 
 Enzymes, by catalyzing organic reactions taking place in the organism in mild conditions and with a great specificity.
Globular protein 
 Structural proteins, e.g., actin and tubulin, which are globular and soluble as monomers, but polymerize to form long, stiff fibers.
Globular protein 
 Some globulins have important function as antibodies, others are responsible for the transport of lipids, iron or copper in the blood.
David Haye 
 Before he became a heavyweight, he boxed in the cruiserweight division, where he held all the major titles.
David Haye 
 He reached the finals of the 2001 world amateur championship in the heavyweight class, where he lost to Odlanier Solis.
David Haye 
 In his match against IBO champion Carl Thompson on 10 September 2004, he lost for the first time in his career.
David Haye 
 Haye was knocked down in the fourth round, but hit Mormeck with a series of blows in the seventh to win by technical knockout.
David Haye 
 A few weeks after the fight, Wladimir Klitschko, the IBF, IBO, and WBO heavyweight champion, said he wanted to fight Haye.
David Haye 
 Before the fight, he said fighting Barrett was a big risk and that he might have retired if he lost.
David Haye 
 Haye was 98 pounds lighter than Valuev; before this fight, no-one had won a heavyweight title match weighing this much less than their opponent.
David Haye 
 Haye is married and has a son called Cassius, named after Cassius Clay, the birth name of Muhammad Ali.
David Haye 
 In September 2010, a newspaper in Northern Cyprus said Haye had become a citizen of Northern Cyprus.
Xanthan gum 
 To make xanthan gum, workers add a kind of bacterium, Xanthomonas campestris, to glucose or sucrose.
Xanthan gum 
 They let the mixture ferment for a while, and then add isopropyl alcohol to separate the polysaccharide from the mixture.
Xanthan gum 
 Allene Rosalind Jeanes and her research team at the United States Department of Agriculture first discovered xanthan gum.
Xanthan gum 
 The team was studying many biopolymers to see whether some of them were useful, and how they could be used.
Xanthan gum 
 The USA, Canada, Europe, and many other regions and countries now accept xanthan gum as a safe food additive.
Xanthan gum 
 It is stable under a wide range of temperatures and pH.  Only 0.5% of xanthan gum is added to most foods to thicken them.
Xanthan gum 
 The thickening property of xanthan gum decreases when a food is mixed, shaken or chewed, but it thickens up again when the force is removed.
Xanthan gum 
 For instance, the xanthan gum added to salad dressing makes the dressing thick enough to cling to a salad, but shaking the bottle of dressing makes it temporarily thin and easier to pour.
Xanthan gum 
 Even though xanthan gum is not an emulsifier, it helps to keep an emulsion stable so that the oil in it does not separate.
Xanthan gum 
 Xanthan gum, guar gum and locust bean gum help to give ice cream and other frozen foods a creamy texture.
Xanthan gum 
 Packaged egg whites or egg substitutes contain xanthan gum to replace the fat and emulsifiers found in egg yolks.
Xanthan gum 
 People who have trouble swallowing add xanthan gum to drinks and other liquids to make them thicker and easier to swallow.
Xanthan gum 
 When people need to pour concrete underwater, they add xanthan gum to the concrete to make it thicker and keep it from washing away.
Xanthan gum 
 Workers who were exposed to xanthan gum dust developed allergy-like symptoms from breathing in the dust.
Xanthan gum 
 Coeliac disease sufferers and other people who are sensitive to gluten and other allergens may need to be careful how much xanthan gum is in their food.
Xanthan gum 
 Xanthan gum is also a strong laxative and can cause diarrhoea in people who eat too much of it, or who are sensitive to it.
Xanthan gum 
 There are many substitutes available for xanthan gum when used in baking such as guar gum or locust bean gum.
Wiki markup 
 Wikitext language, or wiki markup, is a markup language  used to write pages in wiki websites, such as Wikipedia.
Wiki markup 
 It is converted by wiki software (like MediaWiki) into regular HTML, which the user's web browser will render.
Wiki markup 
 The main purpose of having Wikitext in wikis instead of HTML is because HTML is more complicated and not many people know how to use it.
Wiki markup 
 Therefore, it is easier to use Wikitext rather than HTML and thus makes editors contributing to a wiki easier to create content.
Environmentally friendly 
 Environmentally friendly (also eco-friendly, nature friendly, and green) are terms that refer to objects that people buy (called goods), services, laws, and rules that either do not harm the environment or do very little harm to it.
Environmentally friendly 
 To make people who buy the goods or services know that they are environmentally friendly, environmentally friendly goods and services often are marked  with eco-labels.
Environmentally friendly 
 But because there is no single type of eco-label, the International Organization for Standardization thinks that these labels do not mean much because they could mean different things.
Environmentally friendly 
 Environmentally friendly is a term used to refer to goods and services, laws, guidelines and policies claimed to inflict minimal or no harm on the environment.
Environmentally friendly 
 Companies sometimes use these terms to promote goods and services by making environmental marketing claims and with eco-labels.
Intranet 
 Usually, they are being used as internal company websites for employees to know more about what is happening in the company without letting other people see.
Intranet 
 An expert said "Increasingly, authoritarian countries who want to control what citizens see are looking at what Iran and China have already done... It means people will not have access to dialogue about what is going on in their own country, they will be kept within their own bubble".
Italic 
 Ludovico Vicentino degli Arrighi (1475–1527) was a papal scribe and type designer in Renaissance Italy.
Italic 
 It has been said that the style of cursive known as "italic" got its name from this Italian designer.
Italic 
 Modern day scribes, also known as "calligraphers",  study the work of Arrighi to learn the structure of the style of writing known as "italic" , a modernized version of the Chancery hand which was first perfected by Roman scribes in the early part of the sixteenth century.
Italic 
 Calligraphy-inspired typefaces were first designed in Italy, to replace documents written in a handwriting style called chancery hand.
Italic 
 An alternative is oblique type: the type is slanted but the letterforms do not change shape: this less elaborate approach is used by many sans-serif typefaces.
Bold (type) 
 In Wikitext, an editor can bold a text using three apostrophes (''') around the text to be bolded to produce the same results.
Malays 
 They mainly live in the Maritime Southeast Asia region (especially within the Malay Archipelago; consist of Indonesian Archipelago and Philippines archipelago), such as Sumatra, Riau Islands, Singapore, Kalimantan (including Brunei), southern Thailand, and southern Philippines.
Malays 
 According to the Malay Annals, the origin of Malay people are from the area known as Palembang in modern-day South Sumatra.
Malays 
 Sang Sapurba also mentioned in the Malay Annals as the King of Malays who originated from the hill of Siguntang Mahameru area as well.
Malays 
 Malay people transformed from the tribal group into an ethnic group during the glorious era of Srivijaya—the empire that originated from Palembang— when the trading activities grew.
Malays 
 Nowadays, Malay people are inhabiting areas that was under the Srivijayan empire rule, with the big population mainly in Sumatra and its surrounding regions such as Bangka Belitung Islands, Riau Islands, Malacca Peninsula ( Kra Peninsula), Kalimantan (including Brunei), southern Thailand, southern Vietnam, and southern Philippines.
Malays 
 Most ethnic Malays speak one or more of the many dialects (versions) of the Malay language, a language of the Austronesian family of languages.
Malays 
 These naming policies were created to form national unities in the two countries instead of making the Malays a ruling influence or the ruling class, something that it is in Brunei.
Malays 
 Malay written using the Arabic alphabet is called Jawi, which is mostly used in official and religious contexts.
Malays 
 Jawi is more common than Rumi in very conservative Muslim areas like Kelantan in Malaysia and Pattani in Thailand.
Japanese Occupation of Singapore 
 The Japanese Occupation of Singapore is a time from 1942-1945 (during World War II) where the Japanese occupied Singapore.
Japanese Occupation of Singapore 
 The occupation started after the army of Japan defeated garrison troops from Australia, British Malaya, Britain, and India.
Japanese Occupation of Singapore 
 The city was renamed to Syonan-to (pronounced as Sho-nan-to), meaning Light of the South, during the rule.
Japanese Occupation of Singapore 
 There was a large amount of inflation because the Japanese printed paper money for Singapore to use, which did not have any identification numbers.
Japanese Occupation of Singapore 
 Also called 'banana notes' as they had a picture of a banana tree on them, the paper notes could have been printed by people who had a modern-day printer and sufficient paper.
Japanese Occupation of Singapore 
 They landed on Singaporean soil on the 9th of February 1942 and took control of the colony on 15 February 1942, soon renaming it Syonan-to (pronounced as Sio-nan-to or Sho-nan-to), meaning Light of the South Island, during the rule.
Japanese Occupation of Singapore 
 Many people suffered during this time till the Japanese surrendered and the British returned to Singapore in September 1945.
Japanese Occupation of Singapore 
 During the Japanese Occupation, the trade was disrupted, resulting in scarcity of food and other kinds of goods, causing the price to drastically increase in a process known as inflation.
Japanese Occupation of Singapore 
 However, if one was prepared to pay a very high price for it, the shopkeeper would know just where to get it: the black market.
Ligand 
 The binding occurs by intermolecular forces, such as ionic bonds, hydrogen bonds and van der Waals forces.
Polyxena of Hesse-Rheinfels-Rotenburg 
 Polyxena of Hesse-Rheinfels-Rotenburg (Polyxena Christina Johanna; 21 September 1706 – 13 January 1735) was the second wife of Charles Emmanuel, Prince of Piedmont, future King Charles Emmanuel III of Sardinia.
Polyxena of Hesse-Rheinfels-Rotenburg 
 Polyxena was born at Langenschwalbach in Hesse and was baptised with the names Polyxena Christina Johanna .
Polyxena of Hesse-Rheinfels-Rotenburg 
 King Victor Amadeus II of Sardinia approached her family and proposed a union between Polyxena and Victor Amadeus II's son and heir Charles Emmanuel, Prince of Piedmont.
Polyxena of Hesse-Rheinfels-Rotenburg 
 A previous match organised by "Agostino Steffani" with a daughter of Duke Rinaldo d'Este of Modena had come to nothing.
Polyxena of Hesse-Rheinfels-Rotenburg 
 Praised as an attractive, cultured and kind woman, Polyxena founded a home for penniless mothers in Turin in 1732, redecorated the Villa della Regina, the hunting lodge of Stupingi, and the Church of Saint Giuseppe in Turin.
Polyxena of Hesse-Rheinfels-Rotenburg 
 Originally buried at the Cathedral of Saint Giovanni Battista, she was moved to the Royal Basilica of Superga in 1786 by her son Victor Amadeus III.
Polyxena of Hesse-Rheinfels-Rotenburg 
 Two years after her death, her husband married Elisabeth Therese of Lorraine, sister of the future Francis I, Holy Roman Emperor.
Polyxena of Hesse-Rheinfels-Rotenburg 
 Victor Amadeus III of Sardinia (26 June 1726 – 16 October 1796) married Maria Antonia of Spain and had issue.
Polyxena of Hesse-Rheinfels-Rotenburg 
 21 September 1706 – 23 July 1724 Her Princely Grace Landgravine Polyxena of Hesse-Rheinfels-Rotenburg
Elisabeth Therese of Lorraine 
 Elisabeth Therese of Lorraine (Élisabeth Thérèse de Lorraine; 15 October 1711 – 3 July 1741) was born a Princess of Lorraine and a Queen of Sardinia as wife King Charles Emmanuel III of Sardinia.
Elisabeth Therese of Lorraine 
 Élisabeth Thérèse of Lorraine was born at the Château de Lunéville and was the ninth of eleven children of Leopold Joseph of Lorraine and his wife Élisabeth Charlotte d'Orléans.
Elisabeth Therese of Lorraine 
 Her mother wanted her to marry her cousin Louis d'Orléans, Duke of Orléans but the Duke of Orléans refused.
Elisabeth Therese of Lorraine 
 In 1736 her brother the Duke of Lorraine married the Maria Theresa of Austria, daughter of Charles VI, Holy Roman Emperor.
Elisabeth Therese of Lorraine 
 The already twice widowed Charles Emmanuel III of Sardinia asked for her hand in late 1736 and the marriage went ahead.
Elisabeth Therese of Lorraine 
 Charles Emmanuel III was her first cousin, his mother being Anne Marie d'Orléans – a half sister of her mother Élisabeth Charlotte.
Elisabeth Therese of Lorraine 
 Élisabeth Thérèse died at the Palace of Venaria aged 29, having fallen ill with a fever after childbirth.
Elisabeth Therese of Lorraine 
 Prince Carlo of Savoy (Carlo Francesco Maria Augusto; 1 December 1738 – 25 March 1745) died young but given the title  Duke of Aosta.
Elisabeth Therese of Lorraine 
 Prince Benedetto of Savoy (Benedetto Maria Maurizio; 21 June 1741 – 4 January 1808) married his niece Maria Anna of Savoy, no children.
Bronze (color) 
 The color bronze means third place after gold (first place) and silver (second place) in awards such as the Olympic medals for the Olympic Games.
Bradley International Airport 
 Bradley International Airport is an airport in Windsor Locks, Connecticut serving Hartford, Connecticut and Springfield, Massachusetts.
Bradley International Airport 
 It hosts an Admirals Club in Terminal A (West Concourse) and an Escape Lounge in the East Concourse.
Dr. Dolittle (movie) 
 There was and is a video game based on the movie which was and is simulation game Dr. Dolittle by Blast!
Dot product 
 In mathematics, the dot product is an operation that takes two vectors as input, and that returns a scalar number as output.
Dot product 
 The name is derived from the centered dot "·" that is often used to designate this operation; the alternative name scalar product emphasizes the scalar (rather than vector) nature of the result.
Dot product 
 In three-dimensional space, the dot product contrasts with the cross product, which produces a vector as result.
Dot product 
 where Σ denotes summation notation (the sum of all the terms) and n is the dimension of the vector space.
Dot product 
 As the cosine of 90° is zero, the dot product of two orthogonal (perpendicular in 2D and 3D) vectors is always zero.
Dot product 
 Moreover, two vectors can be considered orthogonal if and only if their dot product is zero, and they both have a nonzero length.
Dot product 
 Sometimes, these properties are also used for defining the dot product, especially in 2 and 3 dimensions; this definition is equivalent to the above one.
Dot product 
 The geometric properties rely on the basis being orthonormal (composed of pairwise perpendicular vectors with unit length).
Dot product 
 If both a and b are unit vectors (vectors of length one), then their dot product simply gives the cosine of the angle between them.
Dot product 
 This corresponds to the magnitude of the projection of a in the direction of b, with a minus sign if the direction is opposite.
Dot product 
 This is called the scalar projection of a onto b, or scalar component of a in the direction of b (see figure).
Dot product 
 If neither a nor b is a unit vector, then the magnitude of the projection of a in the direction of b would be a · (b / |b|), as the unit vector in the direction of b is b / |b|.
Dot product 
 A rotation of the orthonormal basis in terms of which vector a is represented is obtained with a multiplication of a by a rotation matrix R. This matrix multiplication is just a compact representation of a sequence of dot products.
Dot product 
 B1 = {x, y, z} and B2 = {u, v, w} be two different orthonormal bases of the same space R3, with B2 obtained by just rotating B1,
Dot product 
 Notice that the rotation matrix R is assembled by using the rotated basis vectors u1, v1, w1 as its rows, and these vectors are unit vectors.
Dot product 
 By definition, Ra1 consists of a sequence of dot products between each of the three rows of R and vector a1.
Dot product 
 Each of these dot products determines a scalar component of a in the direction of a rotated basis vector (see previous section).
Dot product 
 If a1 is a row vector, rather than a column vector, then R must contain the rotated basis vectors in its columns, and must post-multiply a1:
Dot product 
 In physics, magnitude is a scalar in the physical sense, in that.it is a physical quantity independent of the coordinate system, expressed as the product of a numerical value and a physical unit, not just a number.
Dot product 
 The dot product is also a scalar in this sense, given by the formula, independent of the coordinate system.
Dot product 
 Unlike multiplication of ordinary numbers, where if ab = ac, then b always equals c unless a is zero, the dot product does not obey the cancellation law:
Dot product 
 If a • b = a • c and a ≠ 0, then we can write: a • (b − c) = 0 by the distributive law; the result above says this just means that a is perpendicular to (b − c), which still allows (b − c) ≠ 0, and therefore b ≠ c.