the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Storm history of Hurricane Wilma 
 Right after becoming a tropical storm, the National Hurricane Center predicted Wilma to track west-northwestward, reaching winds of 105 mph (170 km/h) before striking the northeastern portion of the Yucatán Peninsula.
Storm history of Hurricane Wilma 
 National Hurricane Centner forecaster James Franklin said, "Confidence at the later ranges [of the forecast track] was unusually low", because of wide divergences between computer models.
Storm history of Hurricane Wilma 
 Late on October 17, a Hurricane Hunters flight into Wilma recorded winds of 50 mph (80 km/h), but an unusually low pressure of 989 mbar (29.21 inHg), which would be more typical of a minimal hurricane.
Storm history of Hurricane Wilma 
 This was because of a number of unusual low pressures across the region, which resulted in a lesser pressure gradient and thus lighter winds.
Storm history of Hurricane Wilma 
 Tropical Storm Wilma began to turn to the west-northwest on October 18, during which the storm developed a small, intermittent and ragged eye feature as well as a mid-level eye feature.
Storm history of Hurricane Wilma 
 It continued to strength, and at 1200 UTC on October 18, Wilma strengthened into a Category 1 hurricane while about 225 miles (360 km) south-southeast of Grand Cayman.
Storm history of Hurricane Wilma 
 Shortly after reaching hurricane strength, the hurricane began undergoing explosive deepening, subsequent to the development of a "pinhole" eye 9 miles (14 km) in diameter.
Storm history of Hurricane Wilma 
 This small eye was surrounded by a ring of deep convection, with cloud-top temperatures of about -125 °F (-87 °C).
Storm history of Hurricane Wilma 
 Early on October 19, Wilma attained major hurricane status while continuing to rapidly intensify, and by 0600 UTC, the storm's maximum sustained winds increased to 170 mph (275 km/h), making Wilma a dangerous Category 5 hurricane on the Saffir-Simpson Hurricane Scale.
Storm history of Hurricane Wilma 
 In the span of just 24 hours, Wilma had intensified from a 70-mph (110-km/h) tropical storm to a 175-mph (280-km/h) Category 5 hurricane, an event that has never happened before for an Atlantic hurricane.
Storm history of Hurricane Wilma 
 The eye continued to contract to a diameter of about 3 miles (5 km), the smallest known eye in an Atlantic hurricane, and at 1200 UTC on October 19, Wilma reached peak winds of 185 mph (300 km/h).
Storm history of Hurricane Wilma 
 At 0800 UTC, a Hurricane Hunters flight recorded a minimum central pressure of 884 mbar (26.10 inHg) in a dropsonde near the center of the extremely small eye.
Storm history of Hurricane Wilma 
 As the dropsonde did not reach the calm winds in the center, the pressure was estimated at 882 mbar (26.05 inHg), the lowest pressure in an Atlantic hurricane on record.
Storm history of Hurricane Wilma 
 The pressure continued to fall as the Hurricane Hunters left the hurricane, and it is possible the pressure was a little bit lower.
Storm history of Hurricane Wilma 
 At the time of its peak intensity, hurricane-force winds extended only 50 miles (85 km) from the small center of Wilma, with tropical storm force winds extending only about 160 miles (260 km).
Storm history of Hurricane Wilma 
 Shortly after peaking in intensity, the coldest cloud tops surrounding the eye warmed a little bit and an outer eyewall began to form, meaning that an eyewall replacement cycle was happening.
Storm history of Hurricane Wilma 
 By late on October 19, the winds in Hurricane Wilma decreased to 160 mph (260 km/h) as the inner 5 mile (8 km) wide eye weakened and the wind field expanded.
Storm history of Hurricane Wilma 
 Early on October 20 the hurricane weakened to Category 4 status after the small, inner eye dissipated and the 45 mile wide outer eyewall became the new eye.
Storm history of Hurricane Wilma 
 At the time, the pressure measured 892 mbar (26.34 inHg), the lowest known pressure for a Category 4 hurricane, and Wilma retained the large eyewall as it turned northwestward.
Storm history of Hurricane Wilma 
 Originally, the hurricane was forecasted to re-intensify into a Category 5 hurricane, with one forecast predicting it to make landfall on the Yucatán Peninsula with winds of 165 mph (265 km/h), though Wilma remained a strong Category 4 hurricane as it tracked northwestward.
Storm history of Hurricane Wilma 
 Steering currents stayed weak, though a series of troughs eroded the high pressure system across the Gulf of Mexico, resulting in a turn towards the north-northwest.
Storm history of Hurricane Wilma 
 Environmental conditions remained favorable, with the eye becoming more distinct early on October 21.
Storm history of Hurricane Wilma 
 At about 2145 UTC on October 21, Wilma made landfall on the island of Cozumel with winds of 150 mph (240 km/h).
Storm history of Hurricane Wilma 
 It weakened a little bit as it continued northwestward, and struck the Mexican mainland near Puerto Morelos at 0330 UTC on October 22, with winds of 135 mph (215 km/h) and gusts of up to 170 mph (270 km/h).
Storm history of Hurricane Wilma 
 On October 22, the mid-level ridge to the north of Wilma later dissipated, leaving the hurricane moving northward across the northeastern Yucatán Peninsula.
Storm history of Hurricane Wilma 
 As the hurricane moved farther inland, the eye became cloud-filled as the deepest convection began to warm, and the winds slowly weakened during its passage over land.
Storm history of Hurricane Wilma 
 About 26 hours after making landfall on Cozumel, Wilma emerged into the southern Gulf of Mexico near Cabo Catoche with winds of about 100 mph (160 km/h).
Storm history of Hurricane Wilma 
 After reaching open waters, Reconnaissance Aircraft reported the remains of an inner eyewall and an outer eyewall measuring between 70 and 90 miles (110 to 145 km) in diameter.
Storm history of Hurricane Wilma 
 Convection deepened around the eyewalls, and the inner core of convection, which had previously become disrupted over land, became a little bit more organized.
Storm history of Hurricane Wilma 
 A powerful eastward-moving mid-level trough across the central United States turned the hurricane northeastward and caused it to gradually speed up.
Storm history of Hurricane Wilma 
 Vertical wind shear increased as strong upper-level southwesterly flow increased, though in spite of the shear Wilma continued to intensify.
Storm history of Hurricane Wilma 
 Early on October 24, Wilma re-gained major hurricane status while about 120 miles (195 km) west-southwest of Key West, Florida.
Storm history of Hurricane Wilma 
 It slowly became better organized, with the large 50 mile (80 km) eye becoming very distinct on satellite and radar imagery.
Storm history of Hurricane Wilma 
 Wilma was able to retain its strength because large eyes in tropical cyclones are more stable and more resistant to vertical wind shear.
Storm history of Hurricane Wilma 
 Despite wind shear values of about 30 mph (48 km/h), Wilma strengthened further to reach winds of 125 mph (200 km/h).
Storm history of Hurricane Wilma 
 It weakened a little bit as it approached Florida, and made landfall at Cape Romano with winds of 120 mph (195 km/h) at around 1030 UTC on October 24.
Storm history of Hurricane Wilma 
 Hurricane Wilma crossed the Florida peninsula in about 4.5 hours while continuing to speed northeastward, and entered into the Atlantic Ocean as a weakened 110 mph (175 km/h) hurricane near Jupiter.
Storm history of Hurricane Wilma 
 A vigorous cold front associated with the mid-level trough moved across the area to the west of Wilma, yet the cooler and drier air behind the front could not fully penetrate the inner core of the hurricane to weaken it.
Storm history of Hurricane Wilma 
 Shortly after exiting the Florida coastline, Wilma began to re-intensify, believed to be due to a reduction of friction of the eyewall and warm waters of the Gulf Stream.
Storm history of Hurricane Wilma 
 Early on October 25, the hurricane reached a secondary peak intensity of 125 mph while about 340 miles (545 km) east of Jacksonville, Florida.
Storm history of Hurricane Wilma 
 During the time, the large circulation of Wilma absorbed smaller Tropical Depression Alpha over the Bahamas.
Storm history of Hurricane Wilma 
 Shortly thereafter, the wind shear combined with its rapid forward motion of 50 mph (80 km/h) resulted in a slow weakening trend.
Storm history of Hurricane Wilma 
 The overall cloud pattern began to be disorganized, with the eye becoming less visible and the convection less symmetric.
Storm history of Hurricane Wilma 
 By 1170 UTC on October 25, the center was to the northwest of the primary convection as cold air from the southwest disturbed the circulation.
Storm history of Hurricane Wilma 
 The remaining convection continued to diminish, and early on October 26 Wilma turned into an extratropical cyclone while about 230 miles (370 km) southeast of Halifax, Nova Scotia.
Storm history of Hurricane Wilma 
 The extratropical remnant continued east-northeast before being absorbed by another extratropical storm on October 27.
Top Chef 
 Every episode, they invite a 'guest judge' to come and help judge the dishes with Padma Lakshmi (or Gail Simmons, when Padma cannot be there) and Tom Colicchio.
Cozumel 
 Cozumel (Mayan: Island of the Swallows) is an island in the Caribbean Sea off the eastern coast of Mexico's Yucatán Peninsula, opposite Playa del Carmen.
Cozumel 
 The island is about 48 km (30 miles) north-south and 16 km (10 miles) east-west, and is the largest Atlantic island of Mexico.
Cozumel 
 Cozumel Parks and Museums  official site for the Quintana Roo State Foundation that manages Chankanaab Park, Punta Sur, San Gervasio and the Island Museum
Cape Romano 
 Cape Romano is a cape at the southern end of Caxambas Island, just south of Marco Island and northwest of the Ten Thousand Islands in Collier County, Florida.
Cape Romano 
 Juan Ponce de León made a short stop at Manataca on his first visit from Puerto Rico to Florida, but the Indians tried to fight him off.
Jupiter, Florida 
 Some famous people who were born in or lived in Jupiter are: Tori Amos, Celine Dion, and Burt Reynolds.
Atlantic Canada 
 Atlantic Canada, also known as the Atlantic provinces, is the region of Canada which is made up of four provinces on the Atlantic coast: the three Maritime provinces – New Brunswick, Nova Scotia, and Prince Edward Island – and Newfoundland and Labrador.
Tomb 
 A tomb (from Greek "τύμβος" - tumbos) is generally any structurally enclosed space or chamber used for housing the remains of the dead, and sometimes their possessions.
Tomb 
 Tombs were used in the Ancient Egyptian period where the bodies or possessions of Pharaohs were stored or buried inside a pyramid after mummification, where the pharaohs’ bodies would have their organs removed, their bodies covered with salt and then wrapped in bandages and a portrait panel of the pharaoh placed over the face, or death mask.
Ferdinand (moon) 
 It was found by Matthew J. Holman, John J. Kavelaars, Dan Milisavljevic, and Brett J. Gladman on August 13, 2001 and given the designation S/2001 U 2.
Ferdinand (moon) 
 Despite being seen again on September 21 and November 15 and even a year later on August 13 and September 5, 2002, it was eventually lost.
Ferdinand (moon) 
 It was finally refound on September 24, 2003 by Scott S. Sheppard on images taken by David C. Jewitt and himself on August 29-30 and September 20 of that year.
Ferdinand (moon) 
 Designated Uranus XXIV it was named after the son of the King of Naples in William Shakespeare's play The Tempest.
Ferdinand (moon) 
 The diagram illustrates the orbital parameters of the retrograde non-spherical moons of Uranus (in polar co-ordinates) with the eccentricity of the orbits represented by the segments extending from the pericentre to the apocentre.
Nix (moon) 
 It was found along with Hydra in June 2005 by the Hubble Space Telescope Pluto Companion Search Team.
Nix (moon) 
 The discovery images were taken on May 15, 2005 and May 18, 2005; the moons were independently found by Max J. Mutchler on June 15, 2005 and Andrew J. Steffl on August 15, 2005.
Nix (moon) 
 The discoveries were announced on October 31, 2005, after confirmation from photographs archived in 2002.
Nix (moon) 
 Before its size was directly measured, the moon was calculated to have a diameter of between 46 km, if its reflectivity is similar to Charon's 35%, and 137 km, if it had a reflectivity of 4%, like the darkest Kuiper belt objects.
Nix (moon) 
 Early research appeared to show that Nix was reddish like Pluto and unlike the other moons, but more recent reports have been that it is grey like the remaining moons.
Nix (moon) 
 The formal name "Nix", from the Greek goddess of darkness and night, and mother of Charon, was announced on June 21, 2006 on IAU Circular 8723, where the designation Pluto II is also given.
Nix (moon) 
 The initial proposal was to use the Classical spelling Nyx, but to avoid confusion with the asteroid 3908 Nyx, this was changed to "the Egyptian spelling of the Greek name".
Nix (moon) 
 Background information regarding our two newly discovered satellites of Pluto – The discoverers' website
Anticyclone 
 In meteorology, an anticyclone (that is, opposite to a cyclone) is a weather event where there is a downward movement of  air and a high pressure area over the part of the planet's surface affected by it.
Dvorak technique 
 The Dvorak technique (developed in 1974 by Vernon Dvorak) is a widely used system to subjectively estimate tropical cyclone intensity based solely on visible and infrared satellite images.
Dvorak technique 
 These include the National Hurricane Center's Tropical Analysis and Forecast Branch (TAFB), the NOAA/NESDIS Satellite Analysis Branch (SAB), the Joint Typhoon Warning Center at the Naval Pacific Meteorology and Oceanography Center in Pearl Harbor, Hawaii, and the Air Force Weather Agency (AFWA).
Dvorak technique 
 Dvorak Tropical Cyclone Wind Speed Biases Determined from Reconnaissance-based "Best Track" Data (1997-2003) Franklin and Brown
Grand Cayman 
 Grand Cayman is the largest of the three Cayman Islands at about 196 km² and contains the capital George Town.
Tägerwilen 
 Tägerwilen is a municipality of the district of Kreuzlingen in the canton of Thurgau in Switzerland.
Tobel-Tägerschen 
 Tobel-Tägerschen is a municipality of the district of Münchwilen in the canton of Thurgau in Switzerland.
Uesslingen-Buch 
 Uesslingen-Buch is a municipality of the district of Frauenfeld in the canton of Thurgau in Switzerland.
Hydra (moon) 
 It was found along with Nix in June, 2005 by the Hubble Space Telescope's Pluto Companion Search Team, which is composed of Hal A. Weaver, Alan Stern, Max J. Mutchler, Andrew J. Steffl, Marc W. Buie, William J. Merline, John R. Spencer, Eliot F. Young, and Leslie A. Young.
Hydra (moon) 
 The discovery images were taken on May 15, 2005 and May 18, 2005; the moons were independently found by Max J. Mutchler on June 15, 2005 and Andrew J. Steffl on August 15, 2005.
Hydra (moon) 
 The moon orbits the barycenter of the system in the same plane as Charon and Nix, at a distance of about 65,000 km.
Hydra (moon) 
 Unlike other moons of Pluto, its orbit is only nearly circular; its eccentricity of 0.0052 is small, but significantly non-zero.
Hydra (moon) 
 Although its size has not been directly measured, calculations based on its brightness give it a diameter of between 61 km, if its reflectivity is similar to Charon's 35 percent, and about 167 km, if it has a reflectivity of 4 percent like the darkest Kuiper belt objects (KBOs).
Hydra (moon) 
 At the time of discovery, Hydra was about 25 percent brighter than its sister moon Nix, which led to the assumption that its diameter was some 10 percent bigger.
Hydra (moon) 
 However, Hubble observations in 2005-6, specifically targeting the dim moons, once again showed Hydra to be a little brighter.
Hydra (moon) 
 The name Hydra was announced on June 21, 2006, in IAU Circular 8723, along with the formal designation Pluto III.
Hydra (moon) 
 It was named after Hydra, the monster who guarded the waters of Pluto/Hades's underworld in Greco-Roman mythology.
5 Astraea 
 Its surface is very reflective (bright) and what it's made of is probably a mixture of nickel-iron with magnesium- and iron-silicates.
5 Astraea 
 The adjectival form of the name, although unused, would be Astraean (which also designates a genus of star corals).
5 Astraea 
 An amateur astronomer and post office employee, Hencke was looking for 4 Vesta when he stumbled on Astraea.
5 Astraea 
 Photometry indicates prograde rotation, that the north pole points in the direction of right ascension 9 h 52 min, declination 73° with a 5° uncertainty.
5 Astraea 
 Astrea is physically unremarkable but notable mainly because for 38 years (after the discovery of Vesta in 1807) it had been thought that there were only four asteroids.
5 Astraea 
 In terms of maximum brightness, it is indeed only the seventeenth brightest main belt asteroid, being fainter than 192 Nausikaa and even, at rare near-perihelion oppositions, the highly eccentric carbonaceous 324 Bamberga.
5 Astraea 
 Indeed, the discovery of Astrea proved to be the starting point for the eventual demotion of the four original asteroids (which were regarded as planets at the time) to their current status, as it became apparent that these four were only the biggest of a whole new type of celestial body.
Fred and George Weasley 
 They are twins and brothers of Harry Potter's best friend Ron Weasley; younger than Bill, Charlie, and Percy, but older than Ginny and Ron.
Fred and George Weasley 
 Although these two are not very big characters in the seven-book installment, they play some big roles in a few books.
Fred and George Weasley 
 In Harry Potter and the Prisoner of Azkaban, the twins show Harry the Marauder's Map that they found that leads to many useful and helpful things.
Fred and George Weasley 
 In Harry Potter and the Order of the Phoenix (their seventh year), the two escape Hogwarts and the new Defense Against The Dark Arts teacher, Professor Umbridge and left a fantastic fireworks show and a giant "W".
Fred and George Weasley 
 The students found it amusing and use the phrase "rolling a Weasley" to describe disappointment at something and wanted to go away.
Fred and George Weasley 
 Fred and George are also involved in Harry's big study group that is called D.A. (Dumbledore's Army).
Fred and George Weasley 
 In the beginning of Half-Blood Prince, Ron, Hermione, and Harry, followed by Ginny, Mrs. and Mr. Weasley, visit the twins in their new joke shop.
Fred and George Weasley 
 In Deathly Hallows, Fred Weasley gets killed outside the room of requirement by an explosion presumably by Augustus Rookwood, breaking the hearts of many Harry Potter fans.
Fred and George Weasley 
 They get scolded by their mother, Molly Weasley for many things that they  do (for example, Apparating right in front of her eyes in Order of the Phoenix.)
Fred and George Weasley 
 Two differences between the Phelps twins is that Oliver has a mole on the right side of his neck, while James does not and James has a slightly deeper voice than Oliver.
Nanyang Technological University 
 It is a fast-rising, research-intensive university with the biggest campus in Singapore and the world’s largest engineering college.
Nanyang Technological University 
 Its 200-hectare Yunnan Garden campus was the Youth Olympic Village for the first Youth Olympics in 2010.
Nanyang Technological University 
 It also has 16 halls of residence and housing for faculty, staff and postgraduate students, as well as Olympic-training-standard sporting facilities.
Nanyang Technological University 
 Announced in 2010, NTU’s Campus Master Plan will transform the grounds into a “univer-city” with a bustling campus centre, new residential halls and trendy spaces for learning, research and play.
Nanyang Technological University 
 Besides the Yunnan Garden campus, NTU also has a satellite campus in Singapore’s science and technology hub, one-north.
Nanyang Technological University 
 NTU has 33,500 students in the Colleges of Engineering, Business, Science and Humanities, Arts, & Social Sciences.
Nanyang Technological University 
 In 2013, NTU will accept its first batch of medical undergraduates at its medical school with Imperial College London, the Lee Kong Chian School of Medicine.
Nanyang Technological University 
 Key partners include Caltech, Carnegie Mellon University, Cornell University, the Massachusetts Institute of Technology, Stanford University and the University of Washington in the United States; leading Asian institutions such as Peking University, the Indian Institute of Technology, Shanghai Jiao Tong University and Waseda University; and European institutions like Cambridge University, ETH Zurich, Imperial College London, Karolinska Institutet and Technische Universität München.
Nanyang Technological University 
 Its major industrial partners include Infineon, Robert Bosch, Rolls-Royce, Thales, Siemens and Toray Industries.
Nanyang Technological University 
 This makes it one of the fastest-rising universities in the top 100 on the ranking, as well as the fastest-rising Asian university.
Nanyang Technological University 
 In 2011, NTU became the first university in Asia to receive the maximum five stars under the QS Stars rating system.
Nanyang Technological University 
 Other universities with a 5-star rating include the Massachusetts Institute of Technology, Stanford University and the University of Cambridge.
Nanyang Technological University 
 NTU’s College of Engineering is the world’s largest, with research output among the top five globally.
Nanyang Technological University 
 The S Rajaratnam School of International Studies is ranked first among university-related think-tanks in Asia and 13th globally.
8 Flora 
 It is the closest big asteroid: no asteroid closer to the Sun has a diameter above 25 kilometres or two-elevenths that of Flora itself, and not until the tiny 149 Medusa was found was a single asteroid orbiting at a closer mean distance known.
8 Flora 
 Flora can reach a magnitude of +7.9 at a favorable opposition near perihelion, such as will occur in mid November 2007.
8 Flora 
 The name Flora was proposed by John Herschel, from Flora, the Latin goddess of flowers and gardens, wife of Zephyrus (the personnification of the West wind), mother of Spring, and whose Greek equivalent is Chloris (who has her own asteroid, 410 Chloris).
8 Flora 
 Flora is the parent body of the Flora family of asteroids, and by far the biggest member, having about 80% of the total mass of this family.
8 Flora 
 But Flora was almost certainly disrupted by the impact(s) that formed the family, and is probably an aggregate of most of the pieces.
8 Flora 
 Flora's spectrum indicates that its surface is made of a mixture of silicate rock (including pyroxene and olivine) and nickel-iron metal.
8 Flora 
 Flora, and the whole Flora family generally, are good candidates for being the parent bodies of the L chondrite meteorites.
8 Flora 
 During an observation on March 25, 1917, 8 Flora was mistaken for the star TU Leonis, which led to that star's classification as a U Geminorum cataclysmic variable star.
Dropsonde 
 A dropsonde is a weather reconnaissance device created by the National Center for Atmospheric Research (NCAR), designed to be dropped from an aircraft at altitude to more accurately measure (and therefore track) tropical storm conditions as the device falls to the ground.
Dropsonde 
 The dropsonde contains a GPS receiver, along with pressure, temperature, and humidity (PTH) sensors to capture atmospheric profiles and thermodynamic data.
Dropsonde 
 The device's descent is usually slowed by a parachute, allowing for more readings to be taken before it reaches the water beneath.
Dropsonde 
 Home page of NOAA's Aircraft Operations Center--includes info on dropsondes and the missions where dropsondes are used