the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Earth's inner core 
 Iron can only be solid at such high temperatures because its melting temperature increases dramatically at such pressures.
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 "A Huge Ever Growing Pulsating Brain That Rules From the Centre of the Ultraworld" is a mix of a song by the ambient house group The Orb.
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 The Orbs version was first sold in October 1989 and was in the UK Singles Chart in 1990, at number 78.
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 26 - Sci-Fi Sound Effects called "The Core, A Huge Evergrowing Pulsating Brain which Rules from the Centre of Ultraworld".
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 In 1989, The Orb, with Martin "Youth" Glover, developed the musical style of ambient house using samples.
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 The song, then known as "Loving You", was made quickly with many sound effects and samples from science fiction radio plays, nature sounds, and Minnie Riperton's "Lovin' You".
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 Before the song was sold by record company Big Life, The Orb changed the name to "A Huge Ever Growing Pulsating Brain That Rules From the Centre of the Ultraworld".
A Huge Ever Growing Pulsating Brain That Rules from the Centre of the Ultraworld 
 After the first week of sale Minnie Ripertons record company forced Big Life to remove her voice from the song.
Hermann Carl Vogel 
 He used it to read the chemicals on planets far away and to measure the time it takes the Sun to spin.
Hermann Carl Vogel 
 In 1882, Vogel became the Director at the Astrophysical Observatory Potsdam and he is best known for some work there in 1890.
Hermann Carl Vogel 
 Vogel found that the colour of some stars changed over time, becoming red and then later becoming blue.
Hermann Carl Vogel 
 His idea was that the star was moving toward and then away from the Earth, and that the colour changes were the because of that movement.
Hermann Carl Vogel 
 These stars seemed to be orbiting around a hidden star as if they were double-stars but the second star could never be seen, only known by the colour changing Doppler effect.
Hermann Carl Vogel 
 Volgel proved that Algol was a double star that could not be seen (spectroscopic binary star) and it was one of the first of these double stars proven to exist.
Algol 
 It is one of the best known double stars that can only be seen in spectroscopes, the first star of its type discovered, and one of the first variable stars  to be discovered before it explodes.
Algol 
 Algol is made of three stars (Beta Persei A, B and C) and the brightest is Persei A. These stars partly eclipse each other every 2 days, 20 hours and 49 minutes for 10 hours.
So Far, So Good... So What! 
 "Anarchy in the UK" (song first made by the Sex Pistols) (Johnny Rotten, Steve Jones, Glen Matlock, Paul Cook)  – 3:01
NRG Stadium 
 On March 19, 2014, the stadium's name was changed to NRG Stadium, after NRG Energy, the parent company of Reliant Energy.
Bop It 
 These directions are given in a way that requires the player do use different devices on the machine, such as pull handles, twist cranks, spin wheels, or toggle switches.
Bop It 
 A beat is played during the game and the beat will get faster as the player scores more points, making it harder for the player to respond.
Bop It 
 Bop It can be played by one to four people at a time and has been very popular as a children's game.
Bop It 
 Re-Release Series (Featuring Buddy Rubino as the Main Voice for Bop It, Twist It Pull It Games) (2008+)
Bop It 
 Zing It has 3 modes: "Vox Bop" (as with Bop It), "Beat Bop" (again, as with Bop It), and "Vox Bop Challenge" (where the game will tell a series of commands which must be done in correctly).
Bop It 
 It has the same commands from the handheld games and added extra commands which were never invented on the handheld game.
Shamanism 
 Supposedly,  the shaman  perceives and interacts with a spirit world, and channels these  energies into this world.
Shamanism 
 A shaman is a person regarded as having access to, and influence in, the world of good and bad spirits.
Shamanism 
 Shamans play a central role in these movements, as they can be in both worlds, this one, and the world of spirits.
Jocky Scott 
 John 'Jocky' Alexander Scott (born January 14, 1948 in Aberdeen) is a Scottish football manager and former player.
Real-time operating system 
 A real-time operating system (RTOS; commonly pronounced as "are-toss") is a multitasking operating system designed for real-time applications.
Real-time operating system 
 Such applications include embedded systems, industrial robots, scientific research equipment and others.
Real-time operating system 
 An RTOS simplifies the creation of a real-time applications, but does not guarantee the final result will be real-time; this requires good development of the software.
Real-time operating system 
 Real-time operating systems use specialized scheduling algorithms in order to provide the real-time applications.
Real-time operating system 
 Event-driven (priority scheduling) designs: switch tasks only when an event of higher priority needs service, called pre-emptive priority.
Egon Schiele 
 Schiele died of influenza, at only 28 years old of the pandemic known as Spanish flu, which killed between 20 and 100 million people.
Reduced instruction set computer 
 A reduced instruction set computing (acronym RISC pronounced risk), represents a CPU design method to simplify instructions which "do less" but provide higher performance by making instructions execute very fast.
Reduced instruction set computer 
 Some examples are VLIW, MISC, OISC, massive parallel processing, systolic array, reconfigurable computing, and dataflow architecture.
Reduced instruction set computer 
 The main feature of a RISC processors is a small core logic which allows designers to increase the number of the register set and increase internal parallelism using one of the following methods:
Reduced instruction set computer 
 Instruction level parallelism (ILP) which increases the rate at which instructions are executed within a CPU
Reduced instruction set computer 
 Thread level parallelism (TLP)  which increases the number of threads the CPU can execute "in-parallel".
Reduced instruction set computer 
 Uniform instruction format, using a single word with the opcode in the same bit positions in every instruction, requiring less decoding.
Reduced instruction set computer 
 Similar general purpose registers, allowing any register to be used by any method, simplifying compiler design.
Reduced instruction set computer 
 Some CISCs have byte string instructions, or support complex numbers, which are almost never found on a RISC.
Reduced instruction set computer 
 Well known RISC processors include Alpha, ARC, ARM, AVR, MIPS, PA-RISC, PIC, Power Architecture (including PowerPC), SuperH, and SPARC.
Complex instruction set computer 
 A complex instruction set computer (acronym CISC pronounced sisk), represents a CPU design method in which each instruction can execute several low-level operations, such as a load from memory, an arithmetic operation, and a memory store, all in a single instruction.
Complex instruction set computer 
 The terms RISC and CISC have become less meaningful with the continued improvements of both CISC and RISC designs and implementations.
Complex instruction set computer 
 The first highly pipelined "CISC" implementations, such as Intel 80486 series, supports every instruction that their predecessors did, but achieved high efficiency only on a few simple x86 subset (similar to a RISC instruction set, but without the load-store limitations of RISC).
Complex instruction set computer 
 Modern x86 processors also decode and split more complex instructions into a series of smaller internal "Micro-operations" which can thereby be executed in a pipelined (parallel) fashion, thus achieving high performance on a much larger subset of instructions.
Complex instruction set computer 
 Examples of CISC processors are the System/360 (excluding the 'scientific' Model 44), VAX, PDP-11, Motorola 68000 family, and Intel x86 architecture based processors.
Debugger 
 A debugger is a computer program that is used to test and "debug" other programs, mainly to solve programming bugs.
Debugger 
 Stopping (breaking) (pausing the program to examine the current state) at some kind of event by means of breakpoint (a place for stopping or pausing in a program),
Debugger 
 The same things that make a debugger useful for solving software bugs allow it to be used as a software cracking tool to defeat copy protection and other software protection features.
BBC Radio 5 Live Sports Extra 
 It is used to provide an additional sports commentary service when the BBC's main sports channel, BBC Radio 5 Live, is already being used.
BBC Radio 5 Live Sports Extra 
 It is also the digital radio home for Test Match Special - the station provides full commentary without the shipping forecast given by the Radio 4 long wave coverage.
BBC Radio 5 Live Sports Extra 
 Each year during Wimbledon Sports Extra provides extra court commentary for the first week of the tournament.
BBC Radio 5 Live Sports Extra 
 The station also provides live coverage of the non-final rounds of the other Grand Slam tournaments.
BBC Radio 5 Live Sports Extra 
 Juliette Ferrington introduced the first programme - commentary of a Manchester United against Sunderland football match.
Firmware 
 In computing, firmware is a computer program that is "embedded" in a hardware device and is an essential part of the hardware.
Firmware 
 An example is a microcontroller, a part of the microprocessor that tells the microprocessor what actions to take.
Firmware 
 It can also be a larger program stored on flash memory, or uploaded onto existing hardware by a user.
Firmware 
 As its name suggests, firmware is somewhere between hardware and software, connecting the two worlds.
Firmware 
 It can mean slightly different things to different people, especially as stand-alone electronic devices become more like computers.
Firmware 
 The firmware is permanently stored in the computer, such as the BIOS, and cannot be easily changed or added to.
Firmware 
 Software includes the applications that a person operating a computer sees, like a web browser or a word processor.
Firmware 
 Sometimes a device driver is called firmware, since it is needed to run that piece of hardware, like a printer or a video card.
Firmware 
 The device driver is on the main part of the computer and can be easily updated (if an update exists).
Firmware 
 Other electronic devices may not look like a computer, but they still have an embedded system such as a microcontroller inside, with a program telling them what to do.
Firmware 
 In this case, the firmware is the only software on the device and it runs everything, from handling button presses to turning motors on or off.
Firmware 
 In the past, firmware was stored in ROMs but now it is often stored in media that can be written to such as EEPROMs and Flash.
Firmware 
 Firmware in many machines such as routers can now be updated without any special hardware, other than a computer and a USB cable.
Firmware 
 This is done by downloading a new version from the World Wide Web to update the device, using instructions from the device manufacturer.
Firmware 
 Software controlling electronics in a car — the radio, the ABS (anti-lock braking system), engine controls, etc.
Tropical Storm Edouard (2008) 
 An area of low pressure formed along the shear line early on August 2, which slowly became stronger during the next day.
Tropical Storm Edouard (2008) 
 It moved onto land on August 5 on the upper Texas coast, about 40 miles southwest of Port Arthur and moved west-northwest into inland Texas.
Tropical Storm Edouard (2008) 
 The Governor of Texas, Rick Perry, started a disaster declaration for 17 counties in Texas that were in the possible path of the storm.
Tropical Storm Edouard (2008) 
 He also activated around 1,200 National Guard troops, a 70 member rescue team, six helicopters, and a team that brings food and water to affected areas.
Tropical Storm Edouard (2008) 
 In Cameron Parish, Louisiana, the Office of Emergency Preparedness started a mandatory evacuation, and Sheriff's deputies put up roadblocks.
Tropical Storm Edouard (2008) 
 Storm surge from the storm reached  at Freshwater Locks in Louisiana, and also reached  at Rollover Pass in Texas.
Tropical Storm Edouard (2008) 
 The highest rainfall in Jefferson county from Edouard was  from a site along the East Bay Bayou at Jones and Allen.
Tropical Storm Edouard (2008) 
 In central Texas, a cluster of thunderstorms near the center of the storm on August 6 caused  of rain near Hamilton, Texas.
Immunity Aware Programming 
 Immunity aware programming is a set of programming techniques used while writing firmware for an embedded system.
Immunity Aware Programming 
 It is used mainly to overcome random errors that can occur in the CPU program counter or register set, RAM or any other that can cause failure of the "victim" device.
Immunity Aware Programming 
 Such random errors may be caused by single event upsets, not enough power, or by strong electromagnetic signals transmitted by some other "source" device.
Immunity Aware Programming 
 Most of these techniques apply to the software in the "victim" device to make it more reliable while few of these techniques apply to software in the "source" device to make it send out less unwanted noise.
Discriminant 
 In algebra, the discriminant, sometimes represented by the symbol , is an algebraic expression used to determine the number of roots a polynomial have.
Discriminant 
 If the discriminant is larger than zero, then the polynomial has two (distinct) real numbers as roots.
Discriminant 
 If the discriminant is equal to zero, then the polynomial has two repeating real numbers as roots (i.e., exactly one real root).
Discriminant 
 If the discriminant is smaller than zero, then the polynomial has two (purely) complex numbers as roots (i.e., zero real root).
Discriminant 
 Apart for quadratic polynomials, discriminants can be defined for cubic polynomials, general conic equations, and other mathematical entities such as differential equations and quadratic forms as well.
Single event upset 
 A single event upset (SEU) is a change of state caused by a low-energy ions or electro-magnetic or nuclear radiation or any other kind of interferences that can reach (called "strike") a sensitive node in a micro-electronic device, such as in a microprocessor, semiconductor memory, or power transistors.
Single event upset 
 The error in the device output or operation caused as a result of the strike is called a SEU or a soft error.
Avril Lavigne 
 Avril Ramona Lavigne (born September 27, 1984) is a Canadian-French singer, songwriter, and actress.
Avril Lavigne 
 Her first album Let Go was credited as the biggest pop debut of 2002, and certified seven-times Platinum in the United States.
Avril Lavigne 
 Avril is considered a key musician in the development of pop punk music since she paved the way for female-driven, punk-influenced pop music in the early 2000s.
Avril Lavigne 
 Her first song "Can't Stop Thinking About You" was about a teenage crush, which she described as "cheesy cute".
Avril Lavigne 
 By the age of 15, she had appeared on stage with Shania Twain, and by 16, she had signed a two-album recording contract with Arista Records worth more than $2 million.
Avril Lavigne 
 In June 2002, Avril Lavigne began with the release of her first album Let Go, and a music video for the debut single Complicated.
Avril Lavigne 
 At 17 years old, Avril was the youngest female soloist to have a number-one album on the UK Albums Chart at that time.
Avril Lavigne 
 Complicated, Sk8r Boi, and I'm With You were all number one songs on the Billboard Mainstream Top 40.
Avril Lavigne 
 The album debuted at number one in Australia, Mexico, Canada, Japan, UK, and U.S. The singles from the album were Don't Tell Me, My Happy Ending, Nobody's Home, and He Wasn't.
Avril Lavigne 
 Avril was awarded for "World's Best Pop/Rock Artist" and "World's Bestselling Canadian Artist" at the 2004 World Music Awards.
Avril Lavigne 
 She received five Juno Award nominations in 2005 of which she won three, including "Artist of the Year".
Avril Lavigne 
 Girlfriend, the first single from the album became Lavigne's first number-one single on the U.S. Billboard Hot 100 and was one of the decade's biggest singles.
Avril Lavigne 
 Avril described the album as "fast, fun, young, bratty, aggressive, confident, cocky in a playful way ... all the good stuff".
Avril Lavigne 
 Avril won two World Music Awards in 2007, for "World's Bestselling Canadian Artist" and "World's Best Pop/Rock Female Artist".
Avril Lavigne 
 Avril said that the album as being about her life experiences rather than focusing on relationships and that it was easy for her to do a "boy-bashing pop song," but it was different to write about something "that's really close to me, something I've been through."
Avril Lavigne 
 Other than the album's lead single, What the Hell, Avril described the songs on Goodbye Lullaby as different from her earlier songs.
Avril Lavigne 
 The four singles from the album were Here's to Never Growing Up, Rock n Roll, Let Me Go, and Hello Kitty.
Avril Lavigne 
 It was preceded by four singles: Head Above Water, Tell Me It's Over, Dumb Blonde, and I Fell in Love with the Devil.
Avril Lavigne 
 At an interview in May 2020, Avril mentioned that she would "like to release some music in 2021 and that she's started working on new material, which could be the basis of her next album".
Avril Lavigne 
 In an interview, she said that she was in the recovery process, and that she wanted to increase awareness of the disease.
Hannibal Lecter 
 He is also highly intelligent, so that he can talk to people in a way that makes them afraid or disturbed.
Hannibal Lecter 
 He employs this unusual technique most famously in The Silence of the Lambs, a novel featuring him that was made into a movie starring Anthony Hopkins as Lecter.
Hannibal Lecter 
 He is cultured, and his reasons for killing people are often that he thinks they are annoying, rude or corrupt.
Hannibal Lecter 
 Manhunter (movie, 1986) Brian Cox as Lecktor (an unexplained name change), William Petersen as Will Graham and Dennis Farina as Jack Crawford.
Hannibal Lecter 
 Red Dragon (movie, 2002) Anthony Hopkins as Lecter, Ralph Fiennes as the killer, Edward Norton as Will Graham and Harvey Keitel as Jack Crawford.
Hannibal Lecter 
 Silence of the Lambs (movie, 1991) Hopkins as Lecter, Jodie Foster as Clarice Starling, Scott Glen as Jack Crawford and Ted Levine as the killer.
Hannibal Lecter 
 Hannibal (movie, 2001) Hopkins as Lecter, Gary Oldman as the killer, Julianne Moore as Clarice Starling, Ray Liotta as Paul Krendler and Giancarlo Giannini as Chief Inspector Rinaldo Pazzi.
Hannibal Lecter 
 Intended as a 'prequel' to the series, it portrays the early life of Hannibal, and how he became a killer.
Hannibal Lecter 
 Thomas Harris first wrote about Lecter in his novel Red Dragon, which shows how Hannibal Lecter was caught by the FBI, and ends up using his intelligence to help the agent who caught him catch another killer named Francis Dolarhyde.
Hannibal Lecter 
 Will Graham, the agent who caught Lecter, is at first very offended by Lecter's demeanor, but comes to appreciate his help when Lecter gives him insight into the way Dolarhyde's mind works.
Hannibal Lecter 
 The book is about an FBI agent named Clarice Starling (played by Jodie Foster in the movie), who, like Will Graham from Red Dragon, is trying to catch a serial killer, who calls himself "Buffalo Bill" because he skins his victims like buffalo.
Hannibal Lecter 
 Starling makes a deal with Lecter in which she will try to get him transferred to another prison (Lecter hates his cell) if he will help her understand Buffalo Bill's mind.
Hannibal Lecter 
 It tries to explain why he is a murderous cannibal by describing the death of his family during World War II.
Hannibal Lecter 
 Thomas Harris has said in many interviews that he only wrote the book because he was afraid that someone else would write a book about Lecter as a child.
Hannibal Lecter 
 Lecter is often thought to be one of the best movie villains of all time, next to Freddy Krueger and Norman Bates.
Asunción 
 Asunción (full name: Nuestra Señora Santa María de la Asunción), is the capital city and largest city of Paraguay.
Asunción 
 The city has more than 1.2 million inhabitants, and the metropolitan area has more than 1.8 million inhabitants.
Predestination 
 Predestination is a religious concept, which is about the relationship between God and His creation.
Predestination 
 The religious character of predestination distinguishes it from other ideas about determinism and free will.
Predestination 
 Those who believe in predestination, such as John Calvin, believe that before the creation God determined the destiny of the universe throughout all of time and space.
Predestination 
 They believe that God orders some people to Heaven, and all other people will go to Hell because of their sins.
Predestination 
 It has been particularly associated with the teachings of St. Augustine of Hippo and of John Calvin.
Predestination 
 "Determinism in Theology: Predestination"  by Robert M. Kindon in The Dictionary of the History of Ideas (1973-74)
Predestination 
 The Reformed Doctrine of Predestination (1932) by Loraine Boettner (conservative Calvinist perspective)
Predestination 
 The Biblical Doctrine Of Predestination, Foreordination, and Election  by F. Furman Kearley (Arminian perspective)
A Nightmare on Elm Street 
 It was directed by Wes Craven and released to movie theaters by Warner Bros. It is about five teenagers who are followed in their dreams by the ghost of serial killer Freddy Krueger, played by Robert Englund.
Gladiolus 
 Gladiolus (from Latin, the diminutive of gladius, a sword) is a genus of flowering plants in the iris family (Iridaceae).
Gladiolus 
 Sometimes called the sword lily, the most widely-used English common name for these plants is simply gladiolus (plural gladioli, gladioluses or sometimes gladiolas).
Gladiolus 
 The genus Gladiolus contains about 260 species, of which 250 are native to sub-Saharan Africa, mostly South Africa.
Gladiolus 
 They grow from rounded, symmetrical corms, that are enveloped in several layers of brownish, fibrous tunics.
Gladiolus 
 Their stems are generally unbranched, producing 1 to 9 narrow, sword-shaped, longitudinal grooved leaves, enclosed in a sheath.
Gladiolus 
 The fragrant flower spikes are large and one-sided, with secund, bisexual flowers, each subtended by 2 leathery,  green bracts.
Gladiolus 
 The ovary is 3-locular with oblong or globose capsules, containing many, winged brown, longitudinally dehiscent seeds.
Gladiolus 
 In their center must be noticeable the specific pellet like structure which is the real seed without the fine coat.
Gladiolus 
 These flowers are variously colored, pink to reddish or light purple with white, contrasting markings, or white to cream or orange to red.
Gladiolus 
 The South African species were originally pollinated by long-tongued anthrophorine bees, but some changes in the pollination system have occurred, allowing pollination by sunbirds, noctuid and sphingid moths, long-tongued flies and several others.
Gladiolus 
 In the temperate zones of Europe many of the hybrid large flowering sorts of gladiolas can be pollinated by small well-known wasps.
Gladiolus 
 Actually, They are not very good pollinators because of the large flowers of the plants and the small size of the wasps.
Gladiolus 
 Another insect in this zone which can try some of the nectar of the gladioli is the best-known European Hawk-moth Macroglossum stellatarum which usually pollinates many famous garden flowers like Petunia, Zinnia, Dianthus and others.