the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Vickie Guerrero 
 Vickie Lynn Guerrero (maiden name Lara)(born March 16, 1968) is an American professional wrestling authority figure.
Vickie Guerrero 
 On June 23, 2014 episode of Raw, Guerrero was fired after she lost a pudding match against Stephanie McMahon with her job on the line.
Vickie Guerrero 
 She then pointed to the sky, said "this was for you"; as a tribute to her late husband, Eddie, and did Eddie's taunt before leaving.
Renewable energy in developing countries 
 Most developing countries have good renewable energy resources, including solar energy, wind power, geothermal energy, and biomass.
Renewable energy in developing countries 
 In rural and remote areas, transmission and distribution of energy generated from fossil fuels can be difficult and expensive.
Renewable energy in developing countries 
 Interest in renewable energies has increased in recent years due to environmental concerns about global warming and air pollution, reduced costs of renewable energy technologies, and improved efficiency and reliability.
Renewable energy in developing countries 
 Renewable energy projects in many developing countries contribute to poverty alleviation by providing the energy needed for creating businesses and employment.
Renewable energy in developing countries 
 Renewable energy technologies can also make indirect contributions to alleviating poverty by providing energy for cooking, space heating, and lighting.
Renewable energy in developing countries 
 Renewable energy for cooking and heating can reduce the time that children, spend out of school collecting fuel.
Renewable energy in developing countries 
 In addition, the displacement of traditional fuels reduces the health problems from indoor air pollution produced by burning those fuels.
Renewable energy in developing countries 
 Renewable energy can also contribute to better health by providing energy to refrigerate medicine and sterilize medical equipment.
Renewable energy in developing countries 
 It can also provide power for supplying the fresh water and sewerage services needed to reduce infectious disease.
Renewable energy in developing countries 
 For an investment of as little as $100 for the panel and wiring, the PV system can be used to charge a car battery, which can then provide power to run a fluorescent lamp or a small television for a few hours a day.
Yom Kippur War 
 The Yom Kippur War (also known as the Ramadan War and the October War) was a war between Israel and a group of Arab countries led by Egypt and Syria.
Yom Kippur War 
 The war began on the Jewish day of repentance of Yom Kippur in 1973, and it happened during the Muslim month of Ramadan.
Yom Kippur War 
 The attack by Egypt and Syria was a surprise to Israel after Israel conquered the Sinai peninsula and the Golan Heights from Egypt in 1967.
Yom Kippur War 
 The Sinai and the Golan Heights previously belonged to Egypt and Syria, but they were occupied by Israel since 1967 during the Six Day War.
Yom Kippur War 
 On the Egyptian front, Israel's attacks against Syria had served as a 'distraction' against the Egyptian offense.
Yom Kippur War 
 This allowed the Egyptian army to dig deeper into Sinai, around 12 km, an extra 2 km to the original 10 km plan.
Yom Kippur War 
 Initially, America refused so Israel threatened to use its nuclear weapons, this threat was enough to persuade President Richard Nixon to send aid to Israel.
Yom Kippur War 
 America conducted Operation Nickel Grass, which gave Israel a resupply of 20 tons of military equipment and ammunition.
Yom Kippur War 
 The Egyptian army crossed the Suez Canal on October 6 and destroyed the Israeli defenses and forts on the other side.
Yom Kippur War 
 The United States of America started sending ammunition and weapons to Israel using airplanes to help the Israeli army win the war in Operation Nickel Grass.
Yom Kippur War 
 They kept moving south until the reached the city of Suez, and they trapped a large Egyptian force on the eastern side of the canal, in the Sinai.
Yom Kippur War 
 The United Nations passed a resolution in the security council that asked all the countries to bring a temporary stop to the war (called a 'ceasefire').
Yom Kippur War 
 After this, the Soviet leader, Leonid Brezhnev, said to the US president that if the US did not send troops that he would send Soviet troops to the area.
Yom Kippur War 
 Because of this tension between the United States and the Soviets, Israel agreed to a ceasefire, and the war ended.
Yom Kippur War 
 It was the closest the two superpowers, the United States and the Soviet Union, had been to nuclear war (and World War III) since the Cuban Missile Crisis of the 1960s.
Yom Kippur War 
 The Egyptian forces stayed in the Sinai near the canal and did not retreat from the places they captured.
Yom Kippur War 
 There was a large distance between Egyptian and Israeli forces in the Sinai as part of the agreement.
Yom Kippur War 
 Israel also held negotiations with Syria and agreed to withdraw from the places the captured in Syria, but they stayed in the Golan Heights.
Yom Kippur War 
 The treaty brought peace between Israel and Egypt, and Israel retreated from the whole Sinai and returned it to Egypt.
Yom Kippur War 
 The treaty still holds to this day.no real military victory was ever won; it was a military "stalemate" (where no one won and no one lost).
Yom Kippur War 
 Syrians on the other hand do not like to talk about the war as much of it was seen as a defeat rather than a victory or stalemate.
Myristicaceae 
 Myristicaceae is the botanical name for a family of flowering plants, mostly from Africa, Asia, Pacific islands, and the Americas.
Myristicaceae 
 The family has been recognised by most taxonomists, and it is sometimes called the "nutmeg family", after its most famous member, the nutmeg (Myristica fragrans).
Dirac delta function 
 Loosely speaking, it has the value of zero everywhere except at , in such a way that the area between the function and the x-axis adds up to 1.
Dirac delta function 
 The delta function is often used in sampling theory, where its pointiness is useful for getting clean samples.
Newton's method 
 This algorithm is sometimes called the Newton–Raphson method, named after Sir Isaac Newton and Joseph Raphson.
Newton's method 
 By repeatedly applying this formula to the generated guesses (that is by setting the value of xn to the formula's output and recomputing), the value of the guesses will approach a zero of the function.
Newton's method 
 Newton's method can be explained graphically by looking at intersections of tangent lines with the x-axis.
Newton's method 
 Newton's method can find a solution quickly if the guess value begins sufficiently near the desired root.
Newton's method 
 However, when the initial guess value is not close, and depending on the function, Newton's method may find the answer slowly or not at all.
Newton's method 
 Kantorovich theorem (Statement about the convergence of Newton's method, found by Leonid Kantorovich)
Asimo 
 ASIMO was created at Honda's Research & Development Wako Fundamental Technical Research Center in Japan.
Fahrenheit 451 
 The novel is about a future American society in which people are hedonistic (meaning they live only for pleasure), and reading is against the law because it makes them think.
Fahrenheit 451 
 The main character, Guy Montag, has a job as a "fireman" (which, in this future, means "book burner").
Fahrenheit 451 
 The number "451" refers to the temperature (in Fahrenheit) at which the books burn when the "firemen" burn them "for the good of humanity".
Fahrenheit 451 
 Written in the early years of the Cold War, the novel is a critique of what Bradbury saw as an increasingly dysfunctional American society.
Fahrenheit 451 
 The idea began with Bradbury's short story "Bright Phoenix," written in 1947 but first published in the Magazine of Fantasy and Science Fiction in 1963.
Fahrenheit 451 
 The original short story was reworked into the novella, The Fireman, and published in the February 1951 issue of Galaxy Science Fiction.
Fahrenheit 451 
 Over the years, the novel has been subject to various interpretations, primarily focusing on the historical role of book burning in suppressing dissenting ideas.
Fahrenheit 451 
 Bradbury has said that the novel is not about censorship; he says that Fahrenheit 451 is a story about how television destroys interest in reading literature, which leads to people thinking that knowledge is made up of "factoids", partial information without context, such as Napoleon's birth date alone, without an indication of who he was.
Fahrenheit 451 
 A movie version of the novel was released in 1966, and at least two BBC Radio 4 dramatizations have also been aired, both of which follow the book very closely.
Collingwood School 
 Collingwood School was opened in 1984 by West Vancouver and North Vancouver parents who wanted a private school nearby.
Stack (data structure) 
 When we want to look at the top card, there are two things we can do: we can peek at it, but leave it on the stack, or we can pop it off.
Stack (data structure) 
 If the last card we put on our stack of cards was an ace, then the first card we pulled from the top is that same ace.
Stack (data structure) 
 The same concept was developed independently, at around the same time, by the Australian Charles Leonard Hamblin.
Stack (data structure) 
 In modern computer languages, the stack is usually implemented with more operations than just "push" and "pop".
Stack (data structure) 
 Another typical helper operation is "top" (also known as "peek"), which can return the current top element of the stack without removing it.
Nocturnal emission 
 They might not understand what has happened to them, if they have not been taught anything about sex.
Nocturnal emission 
 Nocturnal emissions are called wet dreams in males because of the dampness caused by ejaculation and because the orgasm and ejaculation often happen during a sexually exciting dream.
Nocturnal emission 
 Many people stop having wet dreams if they masturbate often, or once they begin having sexual intercourse on a regular basis.
Tevatron 
 The Tevatron was a giant Particle accelerator in Illinois that was used by scientists to make protons go very fast, almost the speed of light in some cases.
Tevatron 
 Scientists looked at what happens when the protons hit antiprotons to see if they are right about their ideas as to what protons are made of.
Tevatron 
 The Tevatron was a circular particle accelerator at the Fermi National Accelerator Laboratory (also known as Fermilab), just east of Batavia, Illinois.
Tevatron 
 It was the second highest energy particle collider in the world after the Large Hadron Collider (LHC).
Tevatron 
 The Tevatron is a synchrotron that accelerates protons and antiprotons in a 6.28 km (3.90 miles) ring to energies of up to 1 TeV, hence its name.
Tevatron 
 The Tevatron was completed in 1983 at a cost of $120 million ($ today) and has been regularly upgraded since then. (
Tevatron 
 The 'Energy Doubler', as it was known then, produced its first accelerated beam — 512 GeV —  on July 3, 1983.)
Tevatron 
 The Main Injector was the most substantial addition, built over five years from 1994 at a cost of $290 million.
Tevatron 
 The Large Hadron Collider was later built in Switzerland to look for one of those pieces, called the Higgs Boson.
Tevatron 
 The main ring of the Tevatron will probably be reused in future experiments, and its components may be transferred to other particle accelerators.
MOSFET 
 Transistors are small electrical devices that are used in alarm clocks, calculators, and, perhaps most famously, computers; they are some of the most basic building blocks of modern electronics.
MOSFET 
 They have one input connection (the "gate") which is used to control the flow of electricity between two other connections (the "source" and "drain").
MOSFET 
 Think of a dimmable light switch: the knob itself selects 'ON', 'OFF', or somewhere in between, controlling the brightness of the light.
MOSFET 
 Think of a MOSFET in place of the light switch: the switch itself is the "gate", the "source" is the power coming into the house, and the "drain" is the light bulb.
MOSFET 
 MOS refers to the fact that a MOSFET is built by layering metal (the "gate") on oxide (an insulator which prevents the flow of electricity) on semiconductor (the "source" and "drain").
MOSFET 
 An electric signal is sent to the gate, which creates an electric field that alters the connection between the "source" and "drain".
MOSFET 
 You can turn the switch on by applying a positive voltage to the "gate", so it is higher voltage than the "source".
MOSFET 
 You can turn the switch on by applying a negative voltage to the "gate", so it is lower voltage than the "source".
MOSFET 
 You can turn the switch off by applying a negative voltage to the "gate", so it is lower voltage than the "source".
MOSFET 
 You can turn the switch off by applying a positive voltage to the "gate", so it is higher voltage than the "source".
MOSFET 
 When choosing a MOSFET, once you have decided among the 4 main types, there are lots of other things to think about.
MOSFET 
 If you are trying to power a large load, such as a motor, then you need a MOSFET designed for high currents.
MOSFET 
 VGS(TH) ("Threshold voltage") - Approximately how big a voltage you need to apply to the "gate" for it to switch.
MOSFET 
 How much the MOSFET is "on" depends on the exact voltage at the "gate", the temperature, and the voltage at the "drain".
MOSFET 
 For MOSFETs that use a heatsink, they will say how bad they are at transferring heat to the heatsink.
MOSFET 
 In doped silicon, with one part being doped N-Type, and one part being doped P-Type, a depletion region will naturally form on the intersection between the two.
MOSFET 
 This results in the acceptor, or P-type atoms becoming negatively charged, and since negative charges attract positive charges, acceptors, or holes, will flow towards the "junction".
MOSFET 
 On the N-Type side, there is a positive charge, which results in the donors, or electrons, flowing towards the "junction."
MOSFET 
 When they get there, they will be repelled by the negative charge on the other side of the junction, since alike charges repel.
MOSFET 
 The same will happen on the P-Type side, the donors, or holes will be repelled by the positive area in the N type side.
MOSFET 
 The "Body" of the MOSFET is powered negatively, which widens the depletion region, since the holes are filled with the new electrons, so the opposite force to the electrons on the N side becomes much larger.
MOSFET 
 The "Source" of the MOSFET is powered negatively, which shrinks the depletion zone in the N type entirely, since there are enough electrons to fulfill the positive depletion zone.
MOSFET 
 When the "Gate" is supplied with positive power, it will make a small electromagnetic field, which will remove the depletion zone directly below the gate, since there will be a "spray" of holes, which will make something called an "N-Channel".
MOSFET 
 The positive electric field will neutralize all of the spare electrons that make up the depletion zone.
MOSFET 
 The electrons in the source area will then have a clear way to move to the "Drain", which would make electricity flow from source to drain.
First Punic War 
 With the help of her own allies and rebels among the indigenous African allies of Carthage, Rome won the First Punic War after 23 years.
First Punic War 
 To get terms for peace, the Carthaginians had to pay a large amount of money (in silver), and give up a number of islands in the Mediterranean.
Scott Westerfeld 
 Scott Westerfeld (born May 5, 1963) is an American author of science fiction and young adult literature.
Partial differential equation 
 They are related to partial derivatives, in that obtaining an antiderivative of a partial derivative involves integration of partial differential equations.
Partial differential equation 
 Since PDEs have appeared in mathematics and physics, many scientists have studied methods to solve them.
Partial differential equation 
 Therefore, numerical methods for PDEs (such as the finite element method) are widely studied since the appearance of computers.
Partial differential equation 
 Partial Differential Equations (Graduate Studies in Mathematics) Lawrence C. Evans, American Mathematical Society, 2010/04/.
Trade paperback (comics) 
 Trade paperbacks, or "trades" as they are commonly called, are collections of comic books that are usually bound in a better format than the comic magazines, using the same materials and methods as printed books.
Trade paperback (comics) 
 Unlike graphic novels, the material in a trade paperback is reprinted from comic magazines that were released in the standard 32-page format.
Trade paperback (comics) 
 Unlike comic books, which only tell one small part of a story, trade paperbacks usually collect a complete story, story arc, or a large part of a story.
Trade paperback (comics) 
 They usually reprint the material from 4 to 12 comic books, depending on the size of the trade and the story being collected.
Mathematical induction 
 It can be used to prove that something is true for all the natural numbers (or all positive numbers from a point onwards).
Mathematical induction 
 Because it is true for 1, then it is true for 1+1 (=2, by the induction step), then it is true for 2+1 (=3), then it is true for 3+1 (=4), and so on.
Mathematical induction 
 Here is an example when the starting value is 3: "The sum of the interior angles of a -sided polygon is  degrees."
Mathematical induction 
 Add on a triangle which makes the figure a -sided polygon, and that increases the count of the angles by 180 degrees  degrees.
Mathematical induction 
 The same idea can work to define a set of objects, as well as to prove statements about that set of objects.
Mathematical induction 
 There is a set of axioms for the arithmetic of the natural numbers which is based on mathematical induction.
Mathematical induction 
 One can then define the operations of addition and multiplication and so on by mathematical induction.
Kader Abdolah 
 Hossein Sadjadi Ghaemmaghami Farahani (, better known by his pen name Kader Abdolah () (Arak, 12 November 1954), is a Dutch author who was born in Iran.
Wigan 
 Wigan is a town located within the Metropolitan Borough of Wigan in Greater Manchester, North West England.
Polymerization 
 Polymerization or polymerisation is the process in which small molecules, called monomers, join chemically to produce a very large chain-like or network molecules, called a polymer.
Polymerization 
 The monomer molecules may all be alike, or they may represent two, three, or more different compounds.
Polymerization 
 Usually at least 100 monomer molecules must be combined to make a product that has certain unique physical properties—such as elasticity, high tensile strength, or the ability to form fibres—that differentiate polymers from substances composed of smaller and simpler molecules.
Polymerization 
 The formation of stable covalent chemical bonds between the monomers sets polymerization apart from other processes, such as crystallization, in which large numbers of molecules aggregate under the influence of weak intermolecular forces.
Polymerization 
 Alkene molecules can react with themselves, by adding polymerization to form 'plastic' or polymeric materials.
Polymerization 
 When a catalyst (a substance that speeds up chemical processes) is added to the reaction, or it is heated under pressure, unsaturated alkenes link together, when the double bond partially breaks.
Polymerization 
 Uses of polymers: Polyethene- it is a cheap and useful plastic used for plastic bags and bottles, it is also very flexible and quite strong.
Final Crisis 
 Final Crisis is was a seven issue miniseries published by DC Comics from May 2008 to January 2009 written by Grant Morrison and drawn by JG Jones, Carlos Pacheco and Doug Mahnke.
Final Crisis 
 After he defeats a vampire god called the Dark Monitor, he brings the world back with his imagination.
Portishead 
 Portishead is a town near the sea in North Somerset, England, where about 21000 people live (Local council update July 24, 2007).
Portishead 
 The town was built on the mouth of a small river; the main road in the town once met the water at the top of the river.
Portishead 
 In the 1860s, in the middle of the iron and steel era, a pier and a dock were built for the big boats that could not easily get to Bristol Harbour.
Portishead 
 The ships brought in expensive items from around the world and took items made in the town to other countries.
Portishead 
 In the 1880s Portishead Dock was bought by Bristol Corporation, and was managed as part of the Port of Bristol until it closed.
Portishead 
 They used some local coal produced in the Somerset coalfield which was moved by train along the Portishead Railway.
Portishead 
 The line had opened on 12 April 1867 as the Bristol and Portishead Pier and Railway Company; it opened to the dock on 5 July 1879.
Portishead 
 The construction of the 2nd power station caused the 1st train station to be removed and another station was opened in the main street of the town on 2 January 1954.
Okashina Okashi 
 Okashina Okashi - Strange Candy is a webcomic drawn by Emily Snodgrass (Emi-chan) and written by Allison Brownlow (Tanzy),  Karen Olympia (Kourin), and J. Baird (Xuanwu).
Okashina Okashi 
 It started in 2001, with Brownlow as its first writer and Olympia added to the team in October 2001.
Okashina Okashi 
 Snodgrass has appeared at conventions (large groups of people with a common interest), speaking as an amateur artist answering questions from an audience.
Okashina Okashi 
 Baird used his comics while teaching for Hess Educational Organization, an English education business in the Republic of China and Singapore.
Okashina Okashi 
 He used Okashina Okashi in the Create a Comic Project when he volunteered to teach a free after-school youth literacy library event in New Haven, CT.
Okashina Okashi 
 In August 2007, Emi-chan added a new comic set in the Beauty Man Garden, a chain of restaurants featured prominently throughout Okashina Okashi.
Okashina Okashi 
 Shōjo High School - A parody of high school based shōjo dramas, such as Fushigi Yuugi and the works of Clamp.
Okashina Okashi 
 Pr0n Shop - The cast arrive in UberTokyo's red-light district and get jobs at a Pr0n Shop run by Takeshi's brother.
Okashina Okashi 
 Galactic Sentai Adventure - The group is split up between two fighting space groups, the Hornwing Alliance and the Tokyoto Empire.
Okashina Okashi 
 One group learns to drive Tokyoto's giant robot while the others join the "Miss Wingmay" competition.
Okashina Okashi 
 The Convention - A parody of both anime conventions and role-playing games, such as World of Warcraft and Final Fantasy.
Okashina Okashi 
 The longest small story has Kerisu, an evil overlord, who needs new servants and wants the main cast to replace them.
Okashina Okashi 
 Ho-chan and Daisuke, who were left behind in the sentai adventure world, have been seen again a number of times for their own small story.
Okashina Okashi 
 The comic features a large number of references to many anime and video games, such as Neon Genesis Evangelion, Revolutionary Girl Utena, and Guilty Gear.
Okashina Okashi 
 Ellie James, aka Eri-chan - One of two main characters of the comic, Eri-chan is 16 years old and from a high school in America.
Okashina Okashi 
 She knows very well many anime and manga and often refers to examples or metaphors from uncommonly known shows and books.
Okashina Okashi 
 Her favorite part of anime is pretty boys (aka bishounen), making her a fan of the Beauty Man Garden.
Okashina Okashi 
 Keiko is the mature one of the group: she does not often allow herself to see things that aren't there and tends to be very controlled.
Okashina Okashi 
 Petra - Petra is the most violent member of the group and has access to hammer space and its many weapons.
Okashina Okashi 
 She seems to have made a friends with Lycidia and had a platonic (non-sexual) relationship with Lymaran, who shared her love of destruction.
Okashina Okashi 
 She doesn't like pretty things, though she romantic sometimes, as she was a sexual partner with Hammon.