the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Heuristic 
 This is often not a good option, as trying them takes a long time, and on average, half the possibilities must be tried until a solution is found.
Heuristic 
 So what most people will do is to start with the biggest item, fit it in, and then try to arrange the other items around it.
Mersenne prime 
 Many mathematicians prefer the definition of a Mersenne number where exponent n has to be a prime number.
Mersenne prime 
 For example, 31 = 25 − 1, and 5 is a prime number, so 31 is a Mersenne number; and 31 is also a Mersenne prime because it is a prime number.
Mersenne prime 
 Most sources restrict the term Mersenne number to where n is prime, as all Mersenne primes must be of this form as seen below.
Mersenne prime 
 Mersenne primes have a close connection to perfect numbers, which are numbers equal to the sum of their proper divisors.
Mersenne prime 
 Historically, the study of Mersenne primes was motivated by this connection; in the 4th century BC Euclid demonstrated that if M is a Mersenne prime then M(M+1)/2 is a perfect number.
Mersenne prime 
 No odd perfect numbers are known, and it is suspected that none exist (If it exist, it would have to be greater than 101500).
Mersenne prime 
 Most mathematicians who have studied the question think there are an infinite number of Mersenne primes.
Mersenne prime 
 Carl Pomerance, Samuel S. Wagstaff Jr. and Hendrik Lenstra developed a formula which they think should say about how many Mersenne primes there are under a given number.
Mersenne prime 
 Since there are tricks and algorithms to finding Mersenne primes quickly, the largest known primes are also Mersenne primes.
Insolation 
 Insolation is specifically applied to radiation which is arriving at earth’s atmosphere first and then earth's surface.
Insolation 
 It is the amount of incoming solar radiation that is received over a unit area of the earth’s surface.
Insolation 
 Solar energy received over the planet’s surface varies according to season, latitude, transparency of the atmosphere, and aspect or ground slope.
Insolation 
 When the tropical regions receive maximum annual insolation, it gradually decreases towards the poles.
Insolation 
 It receives  at  the  top  of  the  atmospheric surface (thermopause) on  a perpendicular  plane  to the solar beam.
Insolation 
 The average insolation received at the thermopause i.e.1368Wm2(Watt per squaremetre)energy(solar constant) is in the form of short wave.
Insolation 
 These solar constant  is  varying  over 1 Wm2 by  periodic disturbances and explosions in the solar surface basically related to sun spot.
Insolation 
 The  recent  researches  have  shown  that  more and more  energy  is  released  when  the  sunpots  are  in  large  number.
Insolation 
 The  number  of  sunspots  also increases  or  decreases  on  a  regular  basis,  creating  a  cycle  of  11  years.
Insolation 
 Since the earth is a geoid resembling a sphere, the sun’s rays strike the surface at different angles at different places.
Insolation 
 If more area is covered, the energy gets distributed and the net energy received per unit area decreases.
Insolation 
 Moreover, the sun’s rays with small angle traverse more of the atmosphere than rays striking at a large angle.
Insolation 
 The length  of  the  day  determines  the  duration  of  sunlight  which  affects  the  amount  of solar radiation received by the earth’s surface.
Insolation 
 The longer  period  of sunshine,  greater  the  quantity  of solar  radiation will be  received by  a  portion  of  earth.
Insolation 
 For  example,  at  the  equator  the  length  of days  and  nights  is  12  hours in  all  the  months but the  tropics  of  Arctic  and  Antarctic sunshine duration varies between 0 and 24.
Insolation 
 On the autumn and springe quinoxes (September 23and March 21 respectively),the sun is overhead at the equatorat noon.
Insolation 
 The night and day all over the earth are equal on these days and maximum amount of insolation is received at the equator, and the amount of insolation decreasing towards  the  poles.
Insolation 
 It  is  caused  by  vertical  sunshine  at  equator  but  with  increasing  latitudes,  the rays  become  more  and  more  slanting.
Insolation 
 The earth is  revolving around  the  sun  in  an  elliptical  orbit, resulting  continuous  change  in the distance between sun and the earth on annual basis.
Insolation 
 The  mean  distance  between  the  earth  and  sun  is  about  149,600,000 kilometers(92,900,000  miles).When  earth position is  farthest(152  million  km)  from sun  is known as ‘aphelion’ on  July  4.
Insolation 
 It  is  perihelion(147  million  km)occurs on January  3  each  year which  is  the  closest  distance.
Insolation 
 During  aphelion the  northern  hemisphere  is  facing  the  sun  and therefore  receives  energy  about  7  percent  less  than  the  perihelion  (southern  hemisphere).
Insolation 
 Atmosphere is not transparent for all the radiation coming from the sun because of different composition and layers.
Insolation 
 The atmosphere  is  a  mixture  of  gases,such  as nitrogen(N),  oxygen  (O2), Argon, carbon  dioxide, Neon  (Ne),  Helium  (He),  Methane  (CH4),  Krypton  (Kr),  Ozone  (O3),  Nitrous  oxide  (N2O), Hydrogen (H) and Xenon (Xe).
Hugo Chávez 
 Hugo Rafael Chávez Frías (IPA: ) (July 28, 1954 – March 5, 2013) was president of Venezuela from 1999 until his death in 2013.
Hugo Chávez 
 He was the leader of the "Bolivarian Revolution" and  promoted his vision of democratic socialism, Latin American integration, and anti-imperialism.
Hugo Chávez 
 He founded the left-wing Fifth Republic Movement after a failed coup d'état against former President Carlos Andrés Pérez.
Hugo Chávez 
 Chávez said that U.S. President George W. Bush is "The devil came here yesterday, and it smells of sulfur still today".
Hugo Chávez 
 Those people who support the reforms say that he has given more power to the poor, and that he has stimulated economic growth.
Hugo Chávez 
 Some governments, especially the government of the United States saw Chávez as a threat to global oil prices, as well as to regional stability.
Hugo Chávez 
 Chavez has received many prizes: He has received honorary doctorates from the University of Beijing, the university of Rio de Janeiro, the university of Santo Domingo, and Kyung Hee University in South Korea.
Hugo Chávez 
 Much like his predecessor Simon Bólivar, Chávez tolerated elements of belief systems,popular in Venezuela, such as the María Lionza cult and Sanería.
Hugo Chávez 
 These movements mix Roman Catholic belief with other elements, such as those of Voodoo and Shamanism.
Hugo Chávez 
 Chavez also put emphasis on the social ideas of the Catholic church, and remained in the background when it came to discussing controversial ideas.
Hugo Chávez 
 His ideas caused controversy with some clerics of the Catholic church, and some evangelical movements.
Hugo Chávez 
 While he was na pilgrimage, cardinal Rosalio Lara said that those that did not have the same ideas as the people in power were persecuted, and that Chavez' way of running the country was undemocratic.
Hugo Chávez 
 On March 5, 2013 Vice President Nicolás Maduro announced on state television that Chávez died in Caracas, Venezuela at 16:25 VET (2055 UTC).
Granule 
 Granule (solar physics), visible structures in the photosphere of the Sun arising from activity in the Sun's convective zone
Granule 
 Granule (cell biology), any of several submicroscopic structures, some with explicable origins, others noted only as cell type-specific features of unknown function
Granule (cell biology) 
 A group of leukocytes called granulocytes contain granules and play an important role in the immune system.
Granule (cell biology) 
 The granules of certain cells, such as Natural killer cells, contain components which can lead to the lysis of neighboring cells.
Cytosol 
 The cytosol (also known as intracellular fluid (ICF) or cytoplasmic matrix, or groundplasm) is the internal fluid of the cell, and a part of cell metabolism occurs here.
Cytosol 
 Cytosol mostly consists of water, dissolved ions, small molecules, and large water-soluble molecules (such as protein).
Cytosol 
 Normal human cytosolic pH is (roughly) 7.0 (i.e. neutral), whereas the pH of the extracellular fluid is 7.4.
Cytosol 
 The texture of cytosol being described as granular can be attributed to the fact that in order to study the texture, an electron microsope must be used, which requires a process of dehydration prior to study.
Marble 
 The word 'marble' is also used for other stones that can be polished well and for ball shaped objects used for child games.
Marble 
 'Faux marble' is a wall painting technique that imitates the color patterns of real marble (not to be confused with paper marbling).
Marble 
 Marble dust can be combined with cement or synthetic resins to make reconstituted or cultured marble.
Marble 
 Places named after the stone include Marble Arch, London; the Sea of Marmara; India's Marble Rocks; and the towns of Marble, Minnesota; Marble, Colorado; and Marble Hill, Manhattan, New York.
Marble 
 The Elgin Marbles are marble sculptures from the Parthenon that are on display in the British Museum.
Marble 
 In the construction trade, the term "marble" is used for any massive, crystalline calcitic rock (and some non-calcitic rocks) useful as building stone.
Marble 
 Purbeck marble is a fossiliferous limestone found in the Isle of Purbeck, a peninsula in south-east Dorset, England.
Marble 
 Tennessee marble is really a massive, highly fossiliferous gray to pink to maroon Ordovician dolostone, known as the Holston Formation by geologists.
Marble 
 It is quarried at the city of Carrara in the Lunigiana, the northernmost tip of modern-day Tuscany, Italy.
Marble 
 Colorless marbles are a very pure source of calcium carbonate, which is used in a wide variety of industries.
Marble 
 Finely ground marble powder is a component in paint, toothpaste, and plastics; calcium carbonate can also be reduced under high heat to calcium oxide (also known as "quicklime"), which has many uses including being a primary component of most cements.
Fan fiction 
 Fan fiction or fanfiction (also known as fanfic) is a name for fiction created by fans instead of the original author.
Fan fiction 
 Fanfiction writers take fictional characters and settings from fictional (or sometimes historical) stories that were created by other people, and write original stories about them.
Fan fiction 
 People in these communities post their fanfiction and receive feedback (reviews) from other community members.
Fan fiction 
 There is also fan art (also called fanart), which is often drawings or other visual art based on a fandom.
Three Laws of Robotics 
 The Three Laws of Robotics are three rules which Isaac Asimov thought should be programmed into robots.
Three Laws of Robotics 
 A robot must obey orders given to it by human beings, except where carrying out those orders would break the First Law.
Three Laws of Robotics 
 A robot must protect its own existence, as long as the things it does to protect itself do not break the First or Second Law.
Three Laws of Robotics 
 Later, Asimov added the Zeroth Law: "A robot may not harm humanity, or, by inaction, allow humanity to come to harm"; the rest of the laws are changed one by one so that there can be no reason for a robot to break the Zeroth Law. .
Three Laws of Robotics 
 Asimov was not aware of this at the time; he assumed the word already existed by analogy with mechanics, hydraulics, and other similar terms denoting branches of applied knowledge.
Three Laws of Robotics 
 The Three Laws form a theme in his Robot series and the other stories linked to it, as well as his Lucky Starr series of science fiction for children.
Three Laws of Robotics 
 Other authors working in Asimov's fictional universe have adopted them, and references (often parodic) appear in science fiction and other genres.
Three Laws of Robotics 
 Technologists in the field of artificial intelligence have speculated upon the role the Laws might have in the future.
Nathuram Godse 
 Nathuram Vinayak Godse (, May 19, 1910 – November 15, 1949) was the man who assassinated Mahatma Gandhi.
Nathuram Godse 
 The Hindu Mahasabha had initially backed Gandhi's campaigns of civil disobedience against the British government.
Nathuram Godse 
 The immediate motive for the assassination is usually ascribed to Gandhi's January 13, 1948 decision to fast to the death unless the Indian central government reversed a decision to withhold the transfer of 55 crore (550 million) rupees to the government of Pakistan.
Nathuram Godse 
 The transfer had been specified in the partition agreement, but the Indian government had refused to complete it, complaining of continued Pakistani rebel occupation of disputed parts of Kashmir.
Nathuram Godse 
 The Indian government immediately reversed its decision to withhold the funds, which infuriated Godse and his fellow Hindu nationals.
Nathuram Godse 
 Godse assassinated Gandhi on January 30, 1948, approaching him during the evening prayer, bowing, and shot him three times at close range.
Cradle of Filth 
 Some people say the band’s musical style is black metal, others say that it is gothic metal, extreme metal, or many other different styles.
George Adamski 
 George Adamski (April 17, 1891 – April 23, 1965) was a Polish-born American who became known in ufology circles after he said he photographed ships from other planets, met with aliens, and took flights with them.
Efficiency 
 Mechanical efficiency, the effectiveness of a simple machine, mechanical advantage over ideal mechanical advantage
Efficiency 
 Efficiency (economics), a general term, to capture the amount of waste or other undesirable features
Efficiency 
 Efficiency Movement, of the Progressive Era 1890-1932, advocated efficiency in the economy, society and government
Efficiency 
 Material efficiency, compares material requirements between construction projects or physical processes
Efficiency 
 Quantum efficiency, a measure of sensitivity of a photosensitive device: the percentage of photons hitting the photoreactive surface that will produce an electron–hole pair
Sharin Yamano 
 He is well known for his books, Manga Kenkanryu (Hate Korea Wave) and Manga Kenchogokuryu (Hate China Wave).
Categorical imperative 
 Kant used the hypothetical imperative to explain his ideas about the ethics of a categorical imperative.
Categorical imperative 
 For example, it is not usually a moral choice when a person decides to drink water, no matter why they are drinking the water.
Categorical imperative 
 Instead of the hypothetical imperative, Kant said that the moral choices are governed by a categorical imperative.
Categorical imperative 
 Another way of saying that, is that an ethical person follows a "universal law" regardless of their situation.
Categorical imperative 
 Kant explained his ideas about following the categorical imperative by introducing one more idea he called a "maxim."
Categorical imperative 
 The categorical imperative, hypothetical imperative, and the maxim can all be seen in the example of the thirsty man.
Categorical imperative 
 A man locked alone in a room for one night, and he brought nothing with him except a bottle of water.
Categorical imperative 
 A hypothetical imperative might be that "a thirsty man must drink water if he wants to stop being thirsty."
Categorical imperative 
 If Thirsty Man lived by a maxim based on this hypothetical imperative, it might be "If I can, I will drink water whenever I am thirsty."
Categorical imperative 
 Both men are told that they will be in the room all night, and that no one else will be back to see them until morning.
Categorical imperative 
 Thirsty Man does not live by the maxim of "I will drink water when I am thirsty," because that maxim fails the test of being universally fulfilling the categorical imperative.
Categorical imperative 
 To be an ethical person, Thirsty Man believes he must at all times treat others the way he would want them to treat him.
Categorical imperative 
 From the categorical imperative of the Golden Rule, Thirsty Man has adopted a maxim of "I will give anything I can to anyone I meet, if that person needs what I have much more than I need it."
Categorical imperative 
 Thirsty Man prepares to decide if he will drink the water that he wants to drink, or if he will give it to Dying Man.
Categorical imperative 
 Some philosophers might say that it would have been ethical if Thirsty Man had kept the bottle for himself to drink.
Categorical imperative 
 Other philosophers might say that Thirsty Man was ethically wrong to give the bottle to Dying Man because the water ended up choking the Dying Man to death.
Categorical imperative 
 Kant's idea of the categorical imperative would say that Thirsty Man made the right choice, for the right reasons, and he made those ethical decisions in a logical way.
Categorical imperative 
 An important part of Kant's idea is that the morality of a choice is based on why we make the choice (intention), and not based on what happens after we make it (consequence).
Categorical imperative 
 Another important part of Kant's idea is that these ethical decisions are not rules or laws handed down to us (universal law or objectively true ethical statement).
Categorical imperative 
 Kant thought that ethical decisions needed to be based in logic and reason (correct reasoning or deductive reasoning).
Categorical imperative 
 Kant elaborated on these ideas by saying that we should treat other persons as persons and not as tools who can help us in some way.
Categorical imperative 
 He said we should do this based on the ethical duty that all persons have to each other, an ethical duty which could be called a universal law.
Categorical imperative 
 Kant's ideas about this universal law and the categorical imperative are important basic components of the philosophy of Absolutism.
Multiculturalism 
 In a multicultural society, there is not an official (decided by the people in charge) culture that every person must be a part of.
Multiculturalism 
 A multicultural society can result when people from many different countries migrate to one place, or an empire conquers many countries.
Multiculturalism 
 A multicultural society would be composed of people from different ethnic backgrounds and cultures living and working together.
Multiculturalism 
 In society when people from different backgrounds link with each other's culture shows the acceptance of each other's culture and background.
Comfort women 
 These women, mostly Korean, were forced by the Imperial Japanese Army in occupied territories before and during World War II.
Comfort women 
 Estimates of the number of these "comfort women" range up to 20,000 while two-fifths of them were Japanese.
Glycolysis 
 The word "glycosis" comes from the Greek words γλυκύς (meaning "sweet") and λύσις (meaning "rupture").
Glycolysis 
 The wide occurrence of glycolysis shows that it is one of the most ancient known metabolic pathways.
Glycolysis 
 The fructose -1,6-biphosphate is then split in two, one part turning into G3P (Glyceraldehyde-3-phosphate) and dihydroxyacetone phosphate.
Glycolysis 
 The dihydroxyacetone phosphate is converted into G3P, leaving us with the two G3P triose sugar molecules used in the Pay-off phase.
Glycolysis 
 The second half of glycolysis is known as the 'pay-off phase', by the net gain of the energy-rich molecules ATP and NADH.
Glycolysis 
 Since glucose leads to two triose (G3P) sugars in the preparatory phase, each reaction in the pay-off phase occurs twice per glucose molecule.
Glycolysis 
 This yields 2 NADH molecules and 4 ATP molecules, leading to a net gain of 2 NADH molecules and 2 ATP molecules from the glycolytic pathway per glucose molecule.
Glycolysis 
 Cells performing aerobic respiration (respiration using oxygen) synthesize much more ATP, but not as part of glycolysis.
Glycolysis 
 Eukaryote aerobic respiration produces about 30 additional molecules of ATP for each glucose molecule.
Glycolysis 
 Metabolism, Cellular Respiration and Photosynthesis - The Virtual Library of Biochemistry and Cell Biology
Archetype 
 a stereotype—personality type observed multiple times, especially an oversimplification of such a type; or
Archetype 
 In this sense "mother figure" can be considered an archetype and instances can be found in various female characters with distinct personalities.
Archetype 
 The value in using archetypal characters in fiction derives from the fact that a large group of people are able to unconsciously recognize the archetype, and thus the motivations, behind the character's behavior.
Archetype 
 It derives from the Latin noun archetypum via the Greek noun arkhetypon and adjective arkhetypos, meaning "first-moulded".
Archetype 
 The Greek roots are arkhe- ("first" or "original") + typos ("model", "type", "blow", "mark of a blow").
Prototype 
 Form-study prototype (model): This tries to show what the finished design will look like, but without the function.
Archetype (disambiguation) 
 An original model or prototype of which all other similar persons, objects, or concepts are developed.
Archetype (disambiguation) 
 Archetype, traditionally defined in the field of psychology as the idealized model of a person or personality
Microdon 
 Some of these will be split off in time because Microdon has been used as a catch-all for various unrelated species.
Microdon 
 These flies have black or pale (white or golden) hairs, and their bodies are either black or metallic green or blue.
Microdon 
 Adult Microdon flies do not hover around flowers such as many other hoverflies; instead they remain close to the ant colonies where they grew up.
Microdon 
 Some Microdon larvae eat ant larvae (Duffield 1981); others are scavengers, which means they eat dead plants or insects in the ant colony.
Pattern 
 Some patterns are based on the fact that there are repetitions, that a certain thing occurs over and over again.
Paradise Island 
 Paradise Island (and all of the Bahamas) is known for its sandy white beaches and all year round warm climate.
Eddie Izzard 
 She is known for her strange comedy and for being a transvestite (she often wears men's clothes when working and in her personal life).
Eddie Izzard 
 Before going into entertainment, she had a successful career in clinical research where she was widely regarded as the 'Queen of risk-based monitoring'.
Emulator 
 An emulator is a computer program or software that makes one kind of computer behave like a different one, so that it can use the same programs or do the same things as the other one.
Emulator 
 Memory (both RAM and hard drive space) may be another factor to help it run smoothly and more accurately.
Emulator 
 With the more advanced emulators, if your computer is too old, the emulator or even the operating system may crash.
Emulator 
 The simplest type of emulator is called an interpreter, and it runs the foreign program one step at a time.
Emulator 
 Another type is called the dynamic recompiler, and it takes foreign code a block at a time and recompiles (converts) it into native code.
Emulator 
 Foreign code that has already been converted is kept, so if the foreign program uses that code again, the emulator does not have to recompile it again.
Emulator 
 Another type is the virtualizer, which only makes slight modifications to the foreign code, and runs it directly on the host processor.
ReactOS 
 ReactOS is a project to develop an operating system that is compatible with software for Microsoft Windows Server 2003 and its successors.
MenuetOS 
 MenuetOS (also known as MeOS) is an operating system for architecture computers for x86 and x86-64 processors, by Ville Mikael Turjanmaa.
MenuetOS 
 It is written in only assembly code, and works fast because of these differences and because it has less "code overhead".
SkyOS 
 Due to its level of POSIX-compliance and port of the GTK+ widget toolkit, many Linux or other UNIX applications have been ported, including AbiWord and Gaim, as well as a few games, such as Quake.
Jodie Foster 
 Jodie Foster (born Alicia Christian Foster; November 19, 1962) is an American actress, movie director and producer.