the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Rococo 
 Religion and politics were no longer necessarily the core theme of Rococo art, unlike the Baroque, and everyday life became more commonly represented.
Rococo 
 In such a way, Rococo art revolved around themes such as love, romance, fun, landscapes, and mere portraits.
Rococo 
 The Rococo has been the focus of much discussion, analysis and criticism by art historians throughout history.
Rococo 
 It has been criticised over the years for being over-the-top, superficial and frivolous; in such a way, the term has even been used derogatively in various points of history.
Rococo 
 Nevertheless, Rococo art and theatre has also received praise for the elegance, "beauty", and "charm" of its artwork.
Azerbaijani food 
 For the Azerbaijanis, food is an important part of the country's culture and is very connected with the history, traditions and values of the nation.
Azerbaijani food 
 This adds to the fertility of the soil, so there are many kinds of vegetables used according to seasons and the dishes.
Azerbaijani food 
 Fresh herbs, including mint, coriander, dill, basil, parsley, tarragon, leek, chive, thyme, marjoram, green onion and watercress, are very popular and are often put in the main dishes.
Azerbaijani food 
 The Caspian Sea has many edible species of fish, including the sturgeon, Caspian salmon, kutum, sardines, grey mullet, and others.
Azerbaijani food 
 Black caviar from the Caspian Sea is one of Azerbaijan’s best known delicacies wanted in many parts of the world.
Azerbaijani food 
 The main courses of Azerbaijani cuisine are over 30 kinds of soups, including those prepared from plain yogurt.
Azerbaijani food 
 Other second courses include many kinds of kebabs and shashliks, including lamb, beef, chicken, and fish (baliq) kebabs.
Azerbaijani food 
 Sturgeon, a common fish, is normally skewered (skewer is a thin metal or wood stick used to hold pieces of food together) and grilled as a shashlik, being served with a tart pomegranate sauce called narsharab.
Azerbaijani food 
 Another popular drink is sherbet, a sweet cold drink made of fruit juice mixed or boiled with sugar, often perfumed with rose water.
Azerbaijani food 
 Comparison of Cuisine between North and South Azerbaijan , Azerbaijan International, Autumn 2000, pp.
Genji 
 8 July 1864 (Genji 1, 5th day of the 6th month): Skirmish at Ikedaya near  Kyoto, also known as  Ikedaya Jiken or Ikedaya Incident.
Genji 
 National Diet Library, "The Japanese Calendar" -- historical overview plus illustrative images from library's collection
Kde domov můj? 
 It—combined with the lyrics of Nad Tatrou sa blýska—was used as the anthem of Czechoslovakia, and after Czechoslovakia splitted into Czechia and Slovakia, "Kde domov můj" became the anthem of the former (Czechia, the short-form name for the Czech Republic).
Kde domov můj? 
 It was created by Josef Kajetán Tyl and František Škroup in 1834 and was first published in the play Fidlovačka aneb žádný hněv a žádná rvačka.
Synchrotron 
 A synchrotron is a type of particle accelerator where particles travel around many times in a circle.
Synchrotron 
 It uses a magnetic field to turn the particles in the circle and an electric field to speed up the particles.
Synchrotron 
 The components are carefully matched up with the travelling particle beam so that the circle stays the same size while the particles go faster.
Synchrotron 
 The synchrotron is an improvement over the cyclotron where the particles travel in a spiral pattern.
Synchrotron 
 By carefully making the fields bigger as the particles gain energy, the width of the circular path can be kept the same as the machine accelerates the particles.
Synchrotron 
 This allows the vacuum chamber for the particles to be a large thin circular pipe torus (donut shape).
Synchrotron 
 It is easier to use some straight sections between the bending magnets and some bent sections within the magnets giving the torus the shape of a round-cornered polygon.
Synchrotron 
 A path that acts like a very large circle can be constructed using simple straight and curved pipe segments, unlike the disc-shaped chamber of the cyclotron type devices.
Synchrotron 
 Straight sections are required at spacings around a ring for both radiofrequency cavities, and in third generation setups space is allowed for insertion of energy extraction devices such as wigglers and undulators.
Synchrotron 
 Most synchrotrons use two types of magnets: dipole magnets to bend the particle beam and quadrupole magnets to focus the beam.
Synchrotron 
 The maximum energy that a cyclic accelerator can impart is typically limited by the strength of the magnetic field(s) and the minimum radius (maximum curvature) of the particle path.
Synchrotron 
 So, over time, physicist have built accelerators with bigger magnets and larger circles to reach higher particle energy levels.
Synchrotron 
 In a cyclotron, the maximum radius is quite limited as the particles start at the center and spiral outward.
Synchrotron 
 Since the radius is limited, the power of the machine becomes limited by the strength of the magnetic field.
Synchrotron 
 In the case of an ordinary electromagnet the field strength is limited by the saturation of the core (when all magnetic domains are lined up the same way, the field cannot not be further increased to any practical extent).
Synchrotron 
 The arrangement of the single pair of magnets the full width of the device also limits the economic size of the device.
Synchrotron 
 Synchrotrons overcome these limits, using a narrow beam pipe which can be surrounded by much smaller and more tightly focusing magnets.
Synchrotron 
 The ability of this device to accelerate particles is limited by the fact that the particles must be charged to be accelerated at all, but charged particles under acceleration emit photons (light particles), which makes them lose energy.
Synchrotron 
 The limiting beam energy is reached when the energy lost to the lateral (bending) acceleration required to maintain the beam path in a circle equals the energy added each cycle.
Synchrotron 
 More powerful accelerators are built by using large radius paths and by using more numerous and more powerful microwave cavities to accelerate the particle beam between corners.
Synchrotron 
 Practically speaking, the energy of electron/positron accelerators is limited by this radiation loss, while it does not play a significant role in the dynamics of proton or ion accelerators.
Synchrotron 
 Particles are injected into the main ring at substantial energies by either a linear accelerator (linac) or by an intermediate synchrotron which is in turn fed by a linear accelerator.
Synchrotron 
 The "linac" is in turn fed by particles accelerated to intermediate energy by a simple high voltage power supply, typically a Cockcroft-Walton generator.
Synchrotron 
 Particles are designed to leave the linac at a specified speed ("injection velocity") for entry into the synchrotron.
Synchrotron 
 The operators calculate the magnetic field strength needed to steer particles with the injection velocity on the path of the synchrotron.
Synchrotron 
 The operators give the electromagnets enough current to create the right amount of magnetic field strength.
Synchrotron 
 At particle speeds not close to the speed of light the frequency of the accelerating voltage can be made roughly proportional to the current in the bending magnets.
Synchrotron 
 A finer control of the frequency is performed by a servo loop which responds to the detection of the passing of the traveling group of particles.
Synchrotron 
 At particle speeds approaching light speed the frequency becomes more nearly constant, while the current in the bending magnets continues to increase.
Synchrotron 
 The maximum energy that can be applied to the particles (for a given ring size and magnet count) is determined by the saturation of the cores of the bending magnets (the point at which increasing current does not produce additional magnetic field).
Synchrotron 
 This allows the amount of particle redirection at saturation to be less and so the particles can be more energetic.
Synchrotron 
 Another means of obtaining higher power is to use superconducting magnets, these not being limited by core saturation.
Synchrotron 
 When the particles have reached their maximum energy, they are steered out of the synchrotron and aimed at a target.
Synchrotron 
 In order to double the energy of a collision, physicists in the 1970s began to collide two particle beams travelling in the opposite direction instead of just one beam and a stationary target.
Synchrotron 
 To have two beams that are travelling in the synchrontron in opposite directions, they used particles with the same mass but with the opposite sign.
Synchrotron 
 One of the early large synchrotrons, now retired, is the Bevatron, constructed in 1950 at the Lawrence Berkeley Laboratory.
Synchrotron 
 The name of this proton accelerator comes from its power, in the range of 6.3 GeV (then called BeV for billion electron volts; the name predates the adoption of the SI prefix giga-).
Synchrotron 
 This site is also the location of one of the first large bubble chambers used to examine the results of the atomic collisions produced by the machine.
Synchrotron 
 Another early large synchrotron is the Cosmotron built at Brookhaven National Laboratory which reached 3.3 GeV in 1953.
Synchrotron 
 Until August 2008, the highest energy synchrotron in the world was the Tevatron, at the Fermi National Accelerator Laboratory, in the United States.
Synchrotron 
 It accelerates protons and antiprotons to slightly less than 1 TeV of kinetic energy and collides them together.
Synchrotron 
 The Large Hadron Collider (LHC), which has been built at the European Laboratory for High Energy Physics (CERN), has roughly seven times this energy (so proton-proton collisions occur at roughly 14 TeV).
Synchrotron 
 It is housed in the 27 km tunnel which formerly housed the Large Electron Positron (LEP) collider, so it will maintain the claim as the largest scientific device ever built.
Synchrotron 
 The largest device of this type seriously proposed was the Superconducting Super Collider (SSC), which was to be built in Texas.
Synchrotron 
 This design, like others, used superconducting magnets which allow more intense magnetic fields to be created without the limitations of core saturation.
Synchrotron 
 Its planned ring circumference was 87.1 kilometres (54.1 mi) with an energy of 20 TeV per beam of protons.
Synchrotron 
 Some people say that the end of the Cold War resulted in a change of scientific funding priorities that contributed to its ultimate cancellation.
Synchrotron 
 While there is still potential for yet more powerful proton and heavy particle cyclic accelerators, it appears that the next step up in electron beam energy must avoid losses due to synchrotron radiation.
Synchrotron 
 This will require a return to the linear accelerator, but with devices significantly longer than those currently in use.
Synchrotron 
 There is at present a major effort to design and build the International Linear Collider (ILC), which will consist of two opposing linear accelerators, one for electrons and one for positrons.
Synchrotron 
 However, synchrotron radiation also has a wide range of applications (see synchrotron light) and many 2nd and 3rd generation synchrotrons have been built especially to harness it.
Synchrotron 
 The largest of those 3rd generation synchrotron light sources are the European Synchrotron Radiation Facility (ESRF) in Grenoble, France, the Advanced Photon Source (APS) near Chicago, USA, and SPring-8 in Japan, accelerating electrons up to 6, 7 and 8 GeV, respectively.
Synchrotron 
 Synchrotrons which are useful for cutting edge research are large machines, costing tens or hundreds of millions of dollars to construct, and each beamline (there may be 20 to 50 at a large synchrotron) costs another two or three million dollars on average.
Synchrotron 
 These installations are mostly built by the science funding agencies of governments of developed countries, or by collaborations between several countries in a region, and operated as infrastructure facilities available to scientists from universities and research organisations throughout the country, region, or world.
Synchrotron 
 The above table shows the energy of one beam but if two opposing beams collide head on, the centre of mass energy is double the beam energy shown.
Synchrotron 
 A Miniature Synchrotron: room-size synchrotron offers scientists a new way to perform high-quality x-ray experiments in their own labs, Technology Review, February 4, 2008
Brave (2012 movie) 
 Brave is a 2012 American computer-animated fantasy-adventure movie which stars Billy Connolly and Emma Thompson.
Brave (2012 movie) 
 The movie was released on June 22, 2012, by Walt Disney Studios Motion Pictures and distributed by Walt Disney Pictures.
Bunkyū 
 1861 (Bunkyu 1): Ukai Gyokusen established the first commercial photography studio (Eishin-dō) in Edo.
Bunkyū 
 January 1862 (Bunkyū 1, 12th month): The Bonin Islands (Ogasawara Islands) were confirmed as part of Japan.
Bunkyū 
 1862 (Bunkyū 2): The Bunkyū Reforms reduced restrictions on daimyo which had beeb ordered by Ii Naosuke.
Bunkyū 
 14 September 1862 (Bunkyū 2, 21st day of the 8th month): Satsuma samurai killed Charles Lennox Richardson at Namamugi on the Tōkaidō road, also known as the Namamugi Incident (Namamugi Jiken).
Bunkyū 
 22 April 1863 (Bunkyū 3, 5th day of the 3rd month): Shogun Iemochi traveled in a great procession to the capital.
Bunkyū 
 28 April 1863 (Bunkyū 3, 11th day of the 3rd month): Emperor Komei made an Imperial progress to the Kamo Shrines.
Bunkyū 
 15-17 August 1863 (Bunkyū 3, 2nd-4th of the 7th month ): British Bombardment of Kagoshima in retaliation for the death of Charles Lennox Richardson.
Bunkyū 
 National Diet Library, The Japanese Calendar -- historical overview plus illustrative images from library's collection
Bunkyū 
 "The procession of the Shôgun nearby Shono, in Shirasagi-zuka, Ise, at night," woodblock print by Utagawa Tsuyanaga
France at the Olympics 
 In 1904, different sources list Albert Corey as taking place in the games for either the United States or France.
Enryaku 
 783 (Enryaku 3, in the 7th month): Fujiwara no Korekimi was promoted in the hierarchy of the Imperial court.
Enryaku 
 17 December 794 (Enryaku 13, 21st day of the 10th month): The Emperor moved by carriage in a grand parade from Nara to Heian-kyō.
Enryaku 
 National Diet Library, "The Japanese Calendar" -- historical overview plus illustrative images from library's collection
Jean-Honoré Fragonard 
 After the revolution, the painting style was different, because he had trouble adapting, he died a poor man.
System of linear equations 
 In mathematics, a system of linear equations (or linear system) is a collection of linear equations involving the same set of variables.
System of linear equations 
 "Linear equations" mean the variable appears only once in each equation without being raised to a power.
System of linear equations 
 So, the person solving the system of equations is looking for the values of each variable that will make all of the equations true at the same time.
System of linear equations 
 If no such values can satisfy all of the equations in the system, then the equations are called "inconsistent."
System of linear equations 
 A "solution" to a linear system is a choice of numbers for each variable such that every equation is true at the same time.
System of linear equations 
 In mathematics, the theory of linear systems is a branch of linear algebra, a subject which is fundamental to modern mathematics.
System of linear equations 
 Computer algorithms for finding the solutions are an important part of numerical linear algebra, and such methods play a prominent role in engineering, physics, chemistry, computer science, and economics.
System of linear equations 
 A system of non-linear equations can often be approximated by a linear system (see linearization), a helpful technique when making a mathematical model, computer model, or computer simulation of a relatively complex system.
System of linear equations 
 In some cases, there are more variables than equations, and the solution will be a range of different values rather than one exact solution.
System of linear equations 
 Very often, all the coefficients are written in the form of a matrix A, which is called a coefficient matrix.
System of linear equations 
 An example for a direct method is to solve the system for one variable; this variable can be eliminated and replaced by an expression that only uses other variables, or a number.
System of linear equations 
 Another method is to transform two equations so that one of the sides of the equations is the same in both cases; it is then possible to write another equation, which replaces the two equations and reduces the number of equations by one.
System of linear equations 
 Since the measurements are not exact, it is not possible to obtain an exact solution to the system of linear equations; methods such as Least squares can be used to compute a solution that best fits the overdetermined system.
System of linear equations 
 The best algorithm known to date was developed by Don Coppersmith and Shmuel Winograd and dates from 1990.
System of linear equations 
 College cafeterias use it to figure out how much food to cook based on past experience when the cafeteria gives students the choice between multiple entrees.
François Boucher 
 François Boucher (29 September 1703 in Paris - 30 May 1770) was a French painter, mostly known as one of the main artists of the French rococo movement.
Valdivia expedition 
 A ship was bought from Hamburg-Amerikanischen Packetfahrt-Actien-Gesellschaft HAPAG and given instruments to be able to perform scientific measurements.
Spain at the Olympics 
 The equestrian events in 1956 took place five months earlier in Stockholm, and Spain did compete in those events.
Spain at the Olympics 
 Barcelona was the home city of the International Olympic Committee's president at the time, Juan Antonio Samaranch.
Cyprus at the Olympics 
 They almost won a medal in the 2008 Olympics when Antonis Nikolaidis lost the bronze medal shoot-off in men's skeet.
Czech Republic at the Olympics 
 Before 1993, Czech athletes took part in the Olympics from 1920 to 1992 as Czechoslovakia and from 1900 to 1912 as Bohemia.
Czech Republic at the Olympics 
 Most of their medals came from  the Czech Republic national ice hockey team and cross-country skier Kateřina Neumannová.
Ten'ō 
 22 December 781 (Ten'ō 1, 3rd day of the 12th month):  In 11th year of  the reign of Emperor Kōnin's reign (光仁天皇11年), he abdicated.
Ten'ō 
 Soon after, Emperor Kammu is said to have accepted the monarch's role and duties and powers (sokui).
Ten'ō 
 National Diet Library, "The Japanese Calendar" -- historical overview plus illustrative images from library's collection
Scaphognathus 
 Scaphognathus was a rhamphorhyncoid pterosaur found in the Solnhofen limestone of the  Upper Jurassic.
Czechoslovakia at the Olympics 
 Czechoslovakia in the Olympics is a history which includes 32 games in 20 countries and 2,000+ athletes.
Czechoslovakia at the Olympics 
 This table of summer sports does not include the bronze medal won in ice hockey at the 1920 Summer Olympics.
Denmark at the Olympics 
 The National Olympic Committee for Denmark (National Olympic Committee and Sports Confederation of Denmark or Danmarks Idræts-Forbund Olympisk Komite) was created in 1905; and it was recognized by the International Olympic Committee the same year.
Drug cartel 
 The term drug cartel is used to describe a group who makes, distributes and sells illegal drugs on national level.
Estonia at the Olympics 
 Estonia first competed in the Olympic Games at the 1920 Summer Olympics after becoming independence from Russia in 1918.
Estonia at the Olympics 
 Estonian athletes took part of the Olympic Games until the country became a part of the Soviet Union in 1940.
Neo-Keynesian economics 
 Neo-Keynesian economics is a school of macroeconomic thought that was developed after World War II from the writings of John Maynard Keynes.
Neo-Keynesian economics 
 A group of economists (notably John Hicks, Franco Modigliani, and Paul Samuelson), attempted to interpret and formalize Keynes' writings, and to synthesize it with the neo-classical models of economics.
Neo-Keynesian economics 
 This model, the IS/LM model, is nearly as influential as Keynes' original analysis in determining actual policy and economics education.
Neo-Keynesian economics 
 It relates aggregate demand and employment to three variables, that is, the amount of money in circulation, the government budget, and the state of business expectations.
Neo-Keynesian economics 
 This model was very popular with economists after World War II because it could be understood in terms of general equilibrium theory.
Neo-Keynesian economics 
 These ideas dominated mainstream economics in the post-war period, and formed the mainstream of macroeconomic thought in the 1950s, 60s and 70s.
Neo-Keynesian economics 
 The developed world suffered from slow economic growth and high inflation at the same time (stagflation).
Neo-Keynesian economics 
 The result was a series of new ideas to bring tools to Keynesian analysis that would be capable of explaining the economic events of the 1970s.
Neo-Keynesian economics 
 The next great wave of Keynesian thinking began with the attempt to give Keynesian macroeconomic reasoning a microeconomic basis.
Neo-Keynesian economics 
 The new Keynesians helped create a "new neo-classical synthesis" that currently forms the mainstream of macroeconomic theory.
Neo-Keynesian economics 
 Following the emergence of the new Keynesian school, neo-Keynesians have sometimes been referred to as Old-Keynesians.
Pinetop Smith 
 Clarence Smith, better known as Pinetop Smith or Pine Top Smith (June 11, 1904 – March 15, 1929) was an American boogie-woogie style blues pianist.
Pinetop Smith 
 His hit tune, "Pine Top's Boogie Woogie," featured rhythmic "breaks" that were an essential ingredient of ragtime music.
Sea wall 
 While they do provide protection from the waves and tides, a sea wall may also create more problems.
Sea wall 
 Erosion of beach sand may increase because of the wall, and the wall may change the direction and flow of waves and caused erosion in other places.
Unity Broadcasting Network 
 The office of the company is in Booneville, Mississippi, and individual transmitter stations are located in Mississippi and Tennessee.
Unity Broadcasting Network 
 UBN's website says that their Booneville Channel 34 programs are carried on Comcast Cable channel 8 in Corinth, MS, and their MySpace account says they are on Comcast Cable channel 56.
Jewish Life Television 
 Members can access live and on-demand programming and watch local, national and international news stories.
Jewish Life Television 
 In the UNited States, JLTV can be seen by 33 million households across all 50 states through DirecTV, Time Warner Cable, Comcast and independent broadcast systems.
Jewish Life Television 
 On January 26, 2011, Jewish Life Television was officially added to the CRTC's approved list of foreign services.
Rolla, Missouri 
 Rolla is a city in Phelps County, Missouri, United States, midway between the larger cities of St. Louis and Springfield along Interstate 44.
Rolla, Missouri 
 This office includes: the National Geospatial Technical Operations Center III, the Missouri Water Science Center, the Mid-Continent Geographic Science Center, National Spatial Data Infrastructure Partnership Office Liaisons, and the Rolla Science Information and Library Services office.
Rolla, Missouri 
 Although private businesses are more limited, Royal Canin, a major manufacturer of dog and cat food, operates in Rolla.
Rolla, Missouri 
 The Rolla area is part of the Ozark Highlands American Viticultural Area, with vineyards established first by Italian immigrants to the area.
Gerald Jatzek 
 Gegentöne - Kritische Lieder, rebellischer Rock, nonfiction, with Philipp Maurer, ÖGB-Verlag Vienna 1988
Gerald Jatzek 
 Isidor, der kleine Drache, Picture Book Text, graphic: Rosemarie P. Sohn, Ellermann Verlag, Munic 1991,