the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Lord of the Flies 
 Jack and Ralph fight and Roger sends a boulder tumbling down that narrowly misses Ralph but kills Piggy and breaks the Conch.
Lord of the Flies 
 Ralph goes up to the mountain again to see Sam and Eric and they tell him that Jack plans on hunting him down.
Lord of the Flies 
 It is ironic because Jack only wanted to hunt for food and not bother keeping the fire going but he ends up starting the fire that gets them rescued...
Child support 
 Child support is continued payment performed by a parent for the financial benefits of children following marital separations, divorces or ends of civil unions.
Child support 
 Child maintenance is paid either directly or indirect by obligors toward an obligee for care and support of children from terminated marriages, civil unions or other relationships.
Child support 
 The obligor is the non-custodial parent; the obligee is either the custodial parent, a caregiver, a guardian or the state.
Child support 
 Some countries and states have laws that make support continue past the age of majority if the child is enrolled as a full-time, degree-seeking post-secondary student.
Child support 
 If the obligor owes back child support, the payments must continue until the debt is satisfied, regardless of the age of the child.
Emperor Ninmyō 
 Ninmyō had nine Empresses, Imperial consorts, and concubines (kōi); and he had 24 Imperial sons and daughters.
Emperor Ninmyō 
 22 March 833 (Tenchō 10, 28th day of the 2nd month): In the 10th year of Emperor Junna's reign, the emperor abdicated.
Emperor Ninmyō 
 Emperor Ninmyō is traditionally venerated at his tomb; the Imperial Household Agency designates , in Fushimi-ku, Kyoto, as the location of Ninmyō's mausoleum.
Emperor Ninmyō 
 Ninmyō was sometimes posthumously referred to as "the Emperor of Fukakusa," because that was the location of his tomb.
Natural deduction 
 Spurred on by a series of seminars in Poland in 1926 by Łukasiewicz that advocated a more natural treatment of logic, Jaśkowski made the earliest attempts at defining a more natural deduction.
Natural deduction 
 In 1929 he first suggested in 1929 using a diagrammatic notation, and later updated his proposal in papers in 1934 and 1935.
John McCarthy 
 This makes LISP the second-oldest high-level programming language that is still in use; FORTRAN is older.
John McCarthy 
 McCarthy's work received many awards, the Turing Award for his work on Artificial Intelligence, in 1971, or the National Medal of Science in 2003 are among them.
Hurricane Karl (2010) 
 As of September 23, 22 people have been confirmed killed, most of which were in the state of Veracruz.
Robert Pierpoint 
 Robert Pierpoint (May 16, 1925 – October 22, 2011) was an American broadcast journalist who worked for CBS.
Robert Pierpoint 
 He learnt many of his radio and television skills from Edward R. Murrow, and was known as one of Murrow's boys.
Robert Pierpoint 
 To recall this incident, Pierpoint's wife said that he will be buried wearing a suit coat and tennis shorts.
Emperor Montoku 
 6 May 850 (Kashō 3, 21st day of the 3rd month):  In the 17th year of Ninmyō-tennō 's reign (仁明天皇17年), the emperor died.
Emperor Montoku 
 850 (Kashō 3, 5th month): The widow of Emperor Saga, who was the mother of Emperor Ninmyō and the grandmother of Emperor Montoku, died.
Emperor Montoku 
 850 (Kashō 3, 11th month): The emperor named Korehito-shinnō, the 4th son of Emperor Montoku as his heir.
Emperor Montoku 
 This 9-month-old baby was also the grandson of Fujiwara no Yoshifusa who was Minister of the Right (udaijin).
Xavier Tondo 
 On 23 May 2011, while he was getting his bicycle ready for a ride, Tondo was trapped between his own garage door and car.
Edmundo Ros 
 Edmundo Ros OBE FRAM (7 December 1910 – 21 October 2011), born Edmund William Ross, was a Trinidadian-Venezuelan musician, vocalist, arranger and bandleader who made his career in Britain.
Edmundo Ros 
 Ros's music featured three main types of music: Cuban music, Brazilian music and Caribbean calypsos.
Edmundo Ros 
 Of these genres, Cuban music was the most varied: it included the conga, the ballroom rumba, the mambo, and the cha-cha-cha.
Edmundo Ros 
 He played with the Venezuelan State Opera, and then won a scholarship to the Royal College of Music in London.
Edmundo Ros 
 To earn extra money he played on recordings by other people, including Fats Waller, before starting his own band.
Edmundo Ros 
 He recorded more than 50 albums, the most successful was Rhythms Of the South (Decca 1958), which sold more than a million copies.
Liz Claiborne (fashion designer) 
 Anne Elisabeth Jane "Liz" Claiborne (March 31, 1929 – June 26, 2007) was a Belgian-born American fashion designer and entrepreneur.
Liz Claiborne (fashion designer) 
 She went on to found the clothing company, which was named Liz Claiborne, Inc. She was the first female CEO and chairperson of a Fortune 500 company.
Liz Claiborne 
 Liz Claiborne, Inc. is a fashion company based in New York City and founded in 1976 by a fashion designer of the same name.
Electrical outlet 
 An electrical outlet or receptacle is a socket that connects an electrical device to an electricity supply.
Electrical outlet 
 In buildings, electrical outlets are usually installed in the wall, although they can also be installed in the floor.
Electrical outlet 
 Occasionally, they are found in the ceiling for powering devices such as garage door openers or neon signs in storefront windows.
Electrical outlet 
 Household electrical safety handbook, Electrical and Mechanical Services Department, Hong Kong Special Administrative Region Government
Electrical outlet 
 Guidance Notes for the Electrical Products (Safety) Regulation (Electrical and Mechanical Services Department, Hong Kong)
Nuclear magnetic resonance 
 Nuclear magnetic resonance (NMR) is the physical phenomenon in which magnetic nuclei in a magnetic field absorb, then re-emit electromagnetic radiation.
Nuclear magnetic resonance 
 This energy is of a specific resonance frequency that depends on the magnetic field strength, and the magnetic properties of the isotopes of the atoms.
Nuclear magnetic resonance 
 Many scientific techniques exploit the NMR phenomena to study molecular physics, crystals and non crystalline materials through NMR spectroscopy.
Nuclear magnetic resonance 
 NMR is also used for advanced medical imaging techniques, for example, magnetic resonance imaging (MRI).
Nuclear magnetic resonance 
 All isotopes that contain an odd number of protons and/or of neutrons (see Isotope) have an intrinsic magnetic moment and angular momentum, in other words a nonzero spin, while all nuclides with even numbers of both have a total spin of zero.
Nuclear magnetic resonance 
 The most commonly studied nuclei are 1H and 13C, although nuclei from isotopes of many other elements (e.g. 2H, 6Li, 10B, 11B, 14N, 15N, 17O, 19F, 23Na, 29Si, 31P, 35Cl, 113Cd, 129Xe, 195Pt) have been studied by high-field NMR spectroscopy as well.
Nuclear magnetic resonance 
 A key idea of NMR is that the resonance frequency of a particular substance is directly proportional to the strength of the applied magnetic field.
Nuclear magnetic resonance 
 If a sample is placed in a non-uniform magnetic field then the resonance frequencies of the sample's nuclei depend on where in the field they are located.
Nuclear magnetic resonance 
 The alignment (polarization) of the magnetic nuclear spins in an applied, constant magnetic field H0.
Nuclear magnetic resonance 
 An electro-magnetic, usually radio frequency (RF), pulse causes a small shift of this alignment of the nuclear spins.
Nuclear magnetic resonance 
 The pulse frequency is chosen based on the static magnetic field (H0) and the nuclei being measured.
Nuclear magnetic resonance 
 The resulting response by the total magnetization (M) of the nuclear spins is the phenomenon that is used in NMR spectroscopy and magnetic resonance imaging.
Nuclear magnetic resonance 
 Both use intense applied magnetic fields (H0) in order to achieve dispersion and very high stability to deliver spectral resolution.
Nuclear magnetic resonance 
 Scientist explain their readings as chemical shifts, the Zeeman effect, and Knight shifts (in metals).
Nuclear magnetic resonance 
 NMR is used in low-field NMR, NMR spectroscopy and MRI in the Earth's magnetic field (referred to as Earth's field NMR), and in several types of magnetometers.
Nuclear magnetic resonance 
 Nuclear magnetic resonance was first described and measured in molecular beams by Isidor Rabi in 1938.
Nuclear magnetic resonance 
 Purcell had worked on the development of radar during World War II at the Massachusetts Institute of Technology's Radiation Laboratory.
Nuclear magnetic resonance 
 His work during that project on the production and detection of radio frequency power and on the absorption of such RF power by matter laid the background for Rabi's discovery of NMR.
Nuclear magnetic resonance 
 Rabi, Bloch, and Purcell noticed that magnetic nuclei, like 1H and 31P, could absorb RF energy when placed in a magnetic field of a strength specific to the identity of the nuclei.
Nuclear magnetic resonance 
 Different atomic nuclei within a molecule resonate at different (radio) frequencies for the same magnetic field strength.
Nuclear magnetic resonance 
 The observation of such magnetic resonance frequencies of the nuclei present in a molecule allows any trained user to discover essential, chemical and structural information about the molecule.
Nuclear magnetic resonance 
 After World War II, the development of NMR as a technique in analytical chemistry and biochemistry happened at the same time as the development of electromagnetic technology and advanced electronics and their introduction into civilian use.
Herbert A. Hauptman 
 He made a mathematical method to find a molecular structures based on the X-ray patterns of crystallized materials.
Herbert A. Hauptman 
 After World War II, he began working together with Jerome Karle, a physical chemist, at the Naval Research Laboratory in Washington, D.C.. He also enrolled in the Ph.D. program at the University of Maryland, College Park.
Herbert A. Hauptman 
 They used their mathematics and physical chemistry skills to solve the phase problem of X-ray crystallography.
Herbert A. Hauptman 
 By 1955, he had received his Ph.D. in mathematics, and they had worked out the  direct methods in X-ray crystallography.
Herbert A. Hauptman 
 Their 1953 article, "Solution of the Phase Problem I. The Centrosymmetric Crystal", contained the main ideas, the most important of which was the introduction of probabilistic methods.
Viking program 
 The orbiters continued to take pictures while the landers studied the surface of the planet and did other things.
Viking program 
 All of the spacecraft, including both orbiters and both landers, kept working for longer than they had been planned to.
Viking program 
 Viking 2 Orbiter stopped working in 1978, Viking 1 Orbiter and Viking 2 Lander in 1980, and Viking 1 Lander in 1982.
Piculet 
 The piculets are a subfamily of small woodpeckers which are mostly in tropical South America, with just three Asian and one African  species.
Piculet 
 Like true woodpeckers, piculets have large heads, long tongues to get their insect prey and zygodactyl feet, with two toes pointing forward, and two backwards.
Piculet 
 It is known that they split off from mainstream woodpeckers in the middle Miocene about 15 million years ago (mya).
Fallin' for You 
 The song was released June 29, 2009 as the lead single off her album Breakthrough, which was also released in 2009.
Moulting 
 Moulting (or molting) is the manner in which an animal routinely casts off part of its body (usually the outer layer or covering) at particular times of year, or at specific points in its life cycle.
Moulting 
 Examples include old feathers in birds, old hairs in mammals (especially dogs and other canidae), old skin in reptiles, and the entire exoskeleton in arthropods.
Moulting 
 In arthropods, such as insects, arachnids and crustaceans, moulting is the shedding of the exoskeleton (or shell).
Moulting 
 This group includes the arthropods, nematodes, velvet worms, horsehair worms, rotifers, tardigrades and Cephalorhyncha.
Moulting 
 Since the cuticles of these animals often forms an inelastic exoskeleton, it is shed during growth and a new, larger covering is formed.
Moulting 
 The different stages (called 'instars') and the development of new 'apparatus' (such as sense organs) is necessary as the creature moves from one form to another.
Detention (imprisonment) 
 Detention is a depriving of liberty of a person by the authority of a government or a country, usually the police.
Detention (imprisonment) 
 Such depriving liberty is allowed only in the case that the person can considered to have committed a crime.
Detention (imprisonment) 
 Other depriving liberty is called arbitrary detention and prohibited by article 9 of the Universal Declaration of Human Rights and International Covenant on Civil and Political Rights.
Detention (imprisonment) 
 And even detention is done legally, the person must be treated with humanity and respected the person's dignity according to the Convention against Torture.
Charles III of Spain 
 Charles III (20 January 1716 – 14 December 1788) was a king of Spain and the oldest son of Philip V and Elisabeth Farnese.
Charles III of Spain 
 He was the builder of the Palace of Caserta as well as the Royal Palace of Madrid and the Real Albergo dei Poveri in Naples.
Pope Paul V 
 Pope Paul V (; Rome, 17 September 1552 – 28 January 1621), born Camillo Borghese, was an Italian priest of the Roman Catholic Church and the 234th Pope from 16 May 1605 until his death.
Pope Paul V 
 He enlarged the Vatican Palace and Quirinale Palace, restored the Church of Santa Maria Maggiore, constructed or repaired aqueducts.
Beavis and Butt-head 
 Beavis and Butt-head is an American adult animated television sitcom by Mike Judge which ran for 7 seasons from March 8, 1993 and ended on November 28, 1997 on MTV.
Beavis and Butt-head 
 The title characters are hard rock/heavy metal-loving teenagers from the fictional town of Highland, Texas.
1. Oberndorfer Sportklub 1920 
 The 1.Oberndorf Sportklub 1920 (also known as Oberndorfer SK 1920) is a football club from Oberndorf, Salzburg, in Austria.
1. Oberndorfer Sportklub 1920 
 Before World War II Oberndorf played in different levels in Salzburg but they did not play during the war.
1. Oberndorfer Sportklub 1920 
 The most successful years were the 1960s when the club played two times in the Tauern Liga which was then the second division in Austrian league system.
1. Oberndorfer Sportklub 1920 
 Famous players who started their career in Oberndorf were Hermann Stadler, who played as professional for Austria Salzburg and Rapid Wien and Gerald Baumgartner who also played for Austria Salzburg and for Austria Wien in the Austrian Bundesliga.
Voynich manuscript 
 The Voynich manuscript is a manuscript named after Wilfrid Michael Voynich who bought it in the early 20th century.
Voynich manuscript 
 The manuscript is made up of about 240 vellum pages, and was probably written in the early 15th century in northern Italy.
Voynich manuscript 
 Although many authors have been thought to have written this manuscript, the author remains unknown.
Voynich manuscript 
 The text is probably some ciphertext; many people working in cryptography have tried to break its code, both amateur and professional cryptographers.
Voynich manuscript 
 Much less attention has been given to the illustrations, which seem to show plants, anatomic or astronomic links.
Voynich manuscript 
 In 2009, University of Arizona researchers performed radiocarbon dating on the manuscript's vellum, which they say (with 95% confidence) was made between 1404 and 1438.
Voynich manuscript 
 In addition, the McCrone Research Institute in Chicago found that much of the ink was added not long afterwards, confirming that the manuscript is an authentic medieval document.
Voynich manuscript 
 Astronomical: Contains images that look like astronomical or astrological symbols of the time; this includes the signs of the zodiac.
Voynich manuscript 
 Biological: Shows pictures of naked women bathing in pools; some of the women wear crowns; also has pictures of body organs.
Voynich manuscript 
 Cosmological: More circular diagrams; also with foldouts; one has six pages with what looks like connected islands, with a volcano.
Voynich manuscript 
 The very last page seems to have some sort of "key": three lines of text, with a script resembling that used in 15th-century Germany.
Voynich manuscript 
 As there are gaps in the numbering, it seems likely that some pages were lost; the manuscript probably had at least 272 pages.
Voynich manuscript 
 There is strong evidence that many of the book's folios were reordered at various points in its history, and that the original page order may well have been quite different from what we see today.
Voynich manuscript 
 It is difficult (and a question of debate) to determine the alphabet used in the text; some glyphs may be variations of others, and some may simply be two glyphs joined.
Voynich manuscript 
 The purpose of the book was probably to serve as a manual to make drugs, or as a book about medicine.
Voynich manuscript 
 Many of the plant pictures are composite: they combine parts of plants; the root of one plant is added to the leaves of another; the flowers may be from a third species.
Voynich manuscript 
 The problem with that theory is that alchemy books of the time all use a common set of motifs for their pictures; these motifs cannot be found in the manuscript.
Voynich manuscript 
 Another idea is that the book is about astrology; practices common at the time, such as bloodletting were often connected with astrology.
Voynich manuscript 
 The problem with this approach is, that except for the signs of the zodiac, and one diagram possibly showing the classical planets, no one has shown that the symbols are found in other astrological traditions.
Emperor Seiwa 
 His mother was the daughter of Fujiwara no Yoshifusa (藤原良房), who was regent and great minister of the council of state.
Emperor Seiwa 
 Prince Korehito became emperor at the age of 8, but the real power was held by his grandfather, Yoshifusa.
Emperor Seiwa 
 10 July 858 (Ten'an 2, 27th day of the 8th month): In the 8th year of Montoku-tennō 's reign (文徳天皇8年), the emperor abdicated.
Emperor Seiwa 
 15 December 858 (Ten'an 2, 7th day of the 11th month): When Prince Korehito became emperor at age 9, his grandfather became regent (sesshō).
Emperor Seiwa 
 859 (Jōgan 1): Construction begins on the Iwashimizu Shrine in honor of Hachiman, the Shinto war god.
Droste effect 
 The Droste Effect is the name for a picture which contains a smaller image of itself, which in turn contains a smaller image of itself, etc.
Droste effect 
 In theory, the recursion goes on forever, but in practice, the number of recursions is limited by the resolution of the image.
Droste effect 
 The reason for this is that this is a geometric progression, and each iteration reduces the size of the image.
Droste effect 
 It is a visual example of a strange loop, a self-referential system of instancing which is the cornerstone of fractal geometry.
Already Gone 
 "Already Gone" is a song by the recording artist Kelly Clarkson from her 2009 record All I Ever Wanted.
Already Gone 
 Its release was surrounded by controversy: Clarkson said the arrangement used for the song was strongly similar to the 2008 song Halo from singer Beyoncé and feared the public would say Clarkson had stolen it.
Already Gone 
 Despite this, however, the song received strong praise from critics, and Already Gone became one of the highlights from All I Ever Wanted.
Tiberius Gracchus 
 This was meant to reduce the number of poor and homeless people by allowing the rich to have only a certain amount of land.
Tiberius Gracchus 
 Eventually, enough tension built up that some of the Senators beat Tiberius to death with their chairs and threw his dead body into the Tiber.
Tiberius Gracchus 
 Their attempts at reform had a lasting effect on Rome, because later on the Senate used some of the ideas from their reforms in their own laws.
Soho 
 For much of the 20th century Soho had sex shops, prostitutes, jazz clubs, bars, night clubs, theatres and the movie industry.
Soho 
 It now is a fashionable district of expensive restaurants and media offices, with only a few sex industry venues.
Soho 
 The area includes Carnaby Street, the centre of the 'Swinging London' fashion scene of the 1960s, and Wardour Street, a centre of the movie and entertainment industry.
Soho 
 It is an area of about a square mile, bounded by Oxford Street to the north, Regent Street to the west, Leicester Square to the south and Charing Cross Road to the east.
Soho 
 The area to the west is known as Mayfair, to the north Fitzrovia, to the east St Giles and Covent Garden, and to the south St James's.
Soho 
 According to the Soho Society, Chinatown, the area between Leicester Square to the south and Shaftesbury Avenue to the north, is part of Soho, although some consider it a separate area.
Soho 
 A significant event in the history of epidemiology and public health was Dr. John Snow's study of an 1854 outbreak of cholera in Soho.
Soho 
 He identified the cause of the outbreak as water from the public water pump located at the junction of Broad Street (now Broadwick Street) and Cambridge Street (now Lexington Street), close to the rear wall of what is today the John Snow public house.
Soho 
 John Snow mapped the addresses of the sick, and noted that they were mostly people whose nearest access to water was the Broad Street pump.
Soho 
 He persuaded the authorities to remove the handle of the pump, thus preventing any more of the infected water from being collected.
Soho 
 This is an early example of epidemiology, public health medicine and the application of science–the germ theory of disease.
Soho 
 Science writer Steven Johnson describes the 2006 appearance of places related to the Broad Street Pump cholera outbreak:
Soho 
 A replica of the pump, with a memorial plaque and without a handle (to signify John Snow's action to halt the outbreak) was erected near the location of the original pump.
Soho 
 Soho is near the heart of London's theatre area, and is a centre of the independent movie and video industry as well as the television and movie 'post-production' industry.
Soho 
 The British Board of Film Classification, formerly known as the British Board of Film Censors, can be found in Soho Square.
Soho 
 Soho is criss-crossed by a rooftop telecommunication network, and below ground level with fibre optics making up Sohonet, which connects the Soho media and post-production community to British movie studios such as Pinewood Studios and Shepperton Studios, and to other major production centres (such as Rome, New York City, Los Angeles, Sydney and Wellington, New Zealand.
Soho 
 There are also plans by Westminster Council to deploy high-bandwidth Wi-Fi networks in Soho as part of a programme to further encourage the development of the area as a centre for media and technology industries.
Herbert Art Gallery and Museum 
 Herbert Art Gallery and Museum is a is a museum, art gallery, archive, learning centre and creative arts facility in Jordan Well, Coventry, United Kingdom.
Herbert Art Gallery and Museum 
 It is named after Sir Alfred Herbert, a local business owner who gave money for the original building.
Herbert Art Gallery and Museum 
 Work on it began in 1939, with an interruption by the Second World War, and The Herbert opened in 1960.
Herbert Art Gallery and Museum 
 Its only income is from donations, sales at the museum shop, and hiring out  the buildings the charity owns.
Zipf's law 
 Zipf's law is an empirical law, formulated using mathematical statistics, named after the linguist George Kingsley Zipf, who first proposed it.
Zipf's law 
 Zipf's law states that given a large sample of words used, the frequency of any word is inversely proportional to its rank in the frequency table.