fschieber/wit-captions huggingface dataset:
LNCAT/UBE3A-ATS organization. UBE3A is fully transcribed from the maternal allele, but suppressed on the paternal allele.[4] LNCAT and UBE3A-ATS on the other hand are fully transcribed on the paternal allele, but suppressed on the maternal allele. This differential expression is thought to be due to methylation of the PWS-IC on the maternal allele (black filled-in circle) and lack of methylation on the paternal allele (unfilled circle).[5] The AS-IC is thought to control methylation of the PWS-IC. The red boxes represent maternally transcribed genes, while the blue represents paternally transcribed genes. The direction of transcription is indicated by the arrows. Adapted from Trends in Neurosci.[5]
English: Paternal and maternal Ube3a locus organization.
This image illustrates the jacket placement difference between full metal jacket bullets on the left and soft point bullets on the right.  Both bullet types are 220-grain (14 g) .30-caliber. The silver-colored cupronickel jacketed bullets on the left have an enclosed rounded point with a jacket opening on the flat base, while the copper-colored gilding metal jacketed bullets on the right have an enclosed flat base with a jacket opening on the rounded point.  If these bullets were loaded and fired in the opposite of their intended direction, and aerodynamics wasn't an issue, the full metal jacket bullet might expand like a soft point, and the soft point bullet might perform like a full metal jacket.
English: This image illustrates the jacket placement difference between full metal jacket bullets on the left and soft point bullets on the right. Both bullet types are 220-grain .30-caliber. The silver-colored cupro-nickel jacketed bullets on the left have an enclosed rounded point with a jacket opening on the flat base, while the copper-colored gilding metal jacketed bullets on the right have an enclosed flat base with a jacket opening on the rounded point. If these bullets were loaded and fired in the opposite of their intended direction, the full metal jacket bullet might expand like a soft point, and the soft point bullet might perform like a full metal jacket.
Milling cutter paused after taking a cut. Arrows show the vectors of various velocities collectively known as speeds and feeds. The circular arrow represents the angular velocity of the spindle (rev/min), called the "spindle speed" by machinists. The tangential arrow represents the tangential linear velocity (m/min or sfm) at the outer diameter of the cutter, called the "cutting speed", "surface speed", or simply the "speed" by machinists. The arrow colinear with the slot that has been milled represents the linear velocity at which the cutter is advanced laterally (usually mm/min or inch/min for milling; may also be measured as mm/rev or inch/rev). This velocity is called the "feed" by machinists.
English: Milling cutter paused after taking a cut. Arrows show the vectors of various velocities collectively known as speeds and feeds. Circular arrow represents angular velocity of the spindle in rev/min, called the "spindle speed" by machinists. The tangential arrow represents the tangential linear velocity (m/min or sfm) at the outer diameter of the cutter, called the "cutting speed", "surface speed", or simply the "speed" by machinists. The arrow colinear with the slot that has been milled represents the linear velocity at which the cutter is advanced laterally (usually mm/min or inch/min for milling; may also be measured as mm/rev or inch/rev). This velocity is called the "feed" by machinists.
Der Lakshmana-Tempel (ca. 930–950) und seine vier Begleitschreine stehen auf einer gemeinsamen Plattform (jagati); von dort führt eine weitere Treppe zum Eingangsportikus des Tempels. Der Sanktumsbereich aller 5 Bauten wird von Shikhara-Türmen mit kürbis- oder kissenförmigen Ringsteinen (amalakas) und vasenartigen Aufsätzen (kalashas) überhöht; die Vorhallen (mandapas) sind dagegen flachgedeckt oder haben Pyramidendächer. Die Eingänge der beiden vorderen Schreine liegen einander gegenüber und sind – abweichend von der üblichen Ausrichtung – nach Norden bzw. Süden orientiert. Am linken Bildrand ist der etwa gleichzeitig erbaute, aber immer noch zu Kultzwecken dienende Matangeshvara-Tempel zu sehen.
Svatý Vavřinec, kterému je zasvěcen kostel v Korolupech, byl dle legendy umučen na železném roštu nad horkým uhlím. V centru obce se nejprve nacházela Boží muka (podobná kapličce), u kterých se obyvatelstvo obce každou neděli odpoledne modlilo. Kostel sv. Vavřince byl dokončen až 2. srpna 1798. První mše svatá proběhla v novém kostele 6. července 1800. Hřbitov se zdobenou barokní bránou (za obcí východním směrem na Vysočany) posvětil farář v roce 1806. V roce 1853 proběhlo rozšíření kostela o sakristii. Fara v Korolupech byla dostavěna teprve v roce 1857. Nyní spadá římskokatolická farnost pod děkanství vranovské brněnské diecéze. Mše se konají každou neděli ve farním kostele v 8.30 hodin.[53][23]
   This media shows the cultural heritage monument with the number 17932 in South Tyrol.English: Saint Lawrence. Winged altar in the Saint Margareth church in Obervöls. Deutsch: Der Heilige Laurentius. Flügelaltar in der St. Margareth Kirche in Obervöls.
Following interim storage in a spent fuel pool, the bundles of used fuel rod assemblies of a typical nuclear power station are often stored on site in the likes of the eight dry cask storage vessels pictured above.[186] At Yankee Rowe Nuclear Power Station, which generated 44 billion kilowatt hours of electricity when in service, its complete spent fuel inventory is contained within sixteen casks.[187]  It is commonly estimated that to produce a per capita lifetime supply of energy at a western standard of living, approximately 3 GWh, would require on the order of the volume of a soda can of Low enriched uranium per person and thus result in a similar volume of spent fuel generated.[179][180][188]
Dry cask storage.
El III duque de Rivas fue también pintor, arte en la que tuvo por maestro a José López Enguídanos. En este autorretrato de 1830 aparece con María de Cueto, su mujer, y con sus hijos Octavia y Enrique: los dos mayores de la enéada que tuvieron. Años después, el ilustre escritor se ufanaría de haber procreado hijos «suficientes para bailar un rigodón, y el músico que les acompañe». En efecto —comentaba el marqués de Valdeiglesias— sus vástagos «podían formar cuatro parejas de rigodón, siendo el músico el quinto de los varones: aquel simpático don Gonzalo, marqués de Bogaraya, que tocaba muy bien la flauta y era un artista».[55]​ Los nueve ostentaron títulos de Castilla, cuatro de ellos con grandeza.
Español: Retrato que representa al escritor, militar y político Ángel de Saavedra (1791-1865), duque de Rivas y grande de España, junto a su familia. Este escritor, cuya obra literaria más conocida es Don Álvaro o la fuerza del sino, fue quien pintó este cuadro de su propia familia en el año 1830.
Cara menggambar sebuah persegi panjang emas:
 1. Buatlah gambar sebuah bujur sangkar/persegi (merah).
 2. Tarik satu garis memotong tepat di tengah persegi membaginya menjadi 2 bagian.
 3. Tarik garis dari titik perpotongan garis tengah dengan sisi persegi ke sudut persegi (panah abu-abu), jadikan ini sebagai jari-jari lingkaran.
 4. Dengan menggunakan jangka buatlah satu lingkaran dengan pusat di titik perpotongan sesuai jari-jari, lingkaran menyentuh dua sudut persegi.
 5. Tarik satu garis baru sesuai sisi persegi hingga berpotongan dengan lingkaran, buat persegi panjang baru berdasarkan titik pertemuan sisi-sisi ini (biru). Gabungan persegi dengan persegi panjang membentuk persegi panjang emas.
e−1/x²（黒）およびその近似式 :
  
    
      
        
          ∑
          
            j
            =
            0
          
          
            n
          
        
        (
        −
        1
        
          )
          
            j
          
        
        
        
          
            
              x
              
                −
                2
                j
              
            
            
              j
              !
            
          
        
      
    
    {\displaystyle \sum _{j=0}^{n}(-1)^{j}\,{x^{-2j} \over j!}}
  
 における n を 1, 2, 3, 4, 5, 6, 7 および 50 とするのに応じた式をそれぞれ対応する色を用いて示してある。負冪の項の増加につれもとの関数に近づく。 n → ∞ とすれば特異点である x = 0 を除く各点で近似されていく様子が分かるだろう。
Neurons of the optic tectum are integrated in a neural macro-network in which various forebrain structures are involved; see Vision in toads.  The prey-selective responses of tectal T5.2 neurons probably result from postsynaptic inhibitory input of pretectal thalamic neurons (cf. lines with terminal dots). Furthermore, there is ample evidence suggesting that retino-tectal glutaminergic transfer is controlled by neuropeptide Y (NPY) — released from the axonal terminals of pretectal thalamic TH3 neurons — in a manner of presynaptic inhibition via Y2 receptors.  Pretectal influences mediated by NPY are phylogenetically conserved properties in tetrapod vertebrates. (Combined after Ewert 1974 and 2004)
English: Neurons of the optic tectum are integrated in a neural macro-network in which various forebrain structures are involved; see Vision in toads. The prey-selective responses of tectal T5.2 neurons probably result from postsynaptic inhibitory input of pretectal thalamic neurons (cf. lines with terminal dots). Furthermore, there is ample evidence suggesting that retino-tectal glutaminergic transfer is controlled by neuropeptide Y (NPY) -- released from the axonal terminals of pretectal thalamic TH3 neurons -- in a manner of presynaptic inhibition via Y2 receptors. Pretectal influences mediated by NPY are phylogenetically conserved properties in tetrapod vertebrates. (Combined after Ewert 1974 and 2004)Unknown
Kumanova, Macedonia c. 1913.  ''-Para 100 viteve (23 -24 tetor 1912) në këtë lokalitet u zhvillua skena më e përgjakshme e ballafaqimit ushtarak, në mes të Armatës së Parë të Mbretërisë së Serbisë, e udhëhequr nga trashëgimtari i fronit mbretëror, Aleksandar Karagjorgjeviqi dhe Armatës Turke të Vardarit, e udhëhequr nga Zeki Pasha, që në histori njihet si '''Beteja e Kumanovës''', apo prologu i Luftërave Ballkanike. Pas luftimeve të përgjakshme, rezistenca e ushtrisë turke thehet dhe Zeki Pasha i dërgon një depesh komanadantit të Aramates Perëndimore turke, me seli në Selanik, Ali Riza pashës, me këtë përmbajtje: “Unë jam shumë fatkeq që më duhet t’ju njoftoj se beteja jonë e madhe është humbur''.
English: View of Kumanovo, Macedonia c. 1913. Македонски: Куманово во 1913.
13 – obwód wołgogradzki (arbuzy, musztarda)[167], zob. mapa  Obwód, położony nad dolną Wołgą, ma charakter równinny, w większości stepowy. O jego znaczeniu gospodarczym decyduje zarówno przemysł (m.in. wydobycie ropy naftowej i gazu ziemnego) jak hodowla oraz rolnictwo – uprawa zbóż, roślin przemysłowych i warzyw, a przede wszystkim arbuzów[208]. Uprawiana od XVIII w. oleista gorczyca sarepska została tu przeniesiona prawdopodobnie z krajów azjatyckich (Chiny, Indie). Nazwy rośliny i wyrabianej z niej musztardy pochodzą od miasta Sarepta (współcześnie część Wołgogradu). Z nasion gorczycy jest pozyskiwany wartościowy olej, a z wytłoków produkuje się musztardę[209][210], znaną również w Polsce[211].
Polski: Produkty spożywcze FR (obwód wołgogradzki )
Animation showing how the antenna works.  Due to ground resistance the electric field of the radio wave (E, big red arrows)  is at an angle θ to the vertical, creating a horizontal component parallel to the antenna wire (small red arrows).  The horizontal electric field creates a traveling wave of oscillating current (I, blue line) and voltage along the wire, which increases in amplitude with distance from the end.  When it reaches the driven end (left), the current passes through the transmission line to the receiver.  Radio waves in the other direction, toward the terminated end, create traveling waves which are absorbed by the terminating resistor R, so the antenna has a unidirectional pattern.
English: Animation showing how a Beverage antenna works. The Beverage antenna, invented by Harold H. Beverage in 1919, is a wire traveling wave antenna used for receiving in the medium wave and long wave bands. It consists of a horizontal wire several wavelengths long suspended above the ground, grounded at one end with a resistance (R, right) equal to its characteristic impedance, and at the other end attached to the transmission line to the receiver. It receives vertically polarized radio waves, but unlike other antennas is mounted near the ground. Due to the imperfect conductivity of the ground, near the ground the electric field vector (E, red arrows) of low frequency ground waves is not vertical but has a component parallel to the ground. The antenna acts as a transmission line with the Earth as the other conductor. On a transmission line the velocity of waves is slower than the speed of light. When the radio wave is incoming at the correct angle θ, the speed of the radio wave matches the speed of waves on the antenna, so current (I) induced in the antenna by the horizontal component of the electric field (small horizontal red arrows) adds up. An alternating wave of current (I, blue line) travels down the wire, increasing in amplitude the farther it goes, until it reaches the end of the antenna (IO, right) where it travels through the feedline to the receiver. Radio waves originating from the other direction (left) induce waves on the wire traveling to the right, which are absorbed by the terminating resistance R, so the antenna has s unidirectional radiation pattern, sensitive to signals from the right only.
The internal cavity of a linear dye-laser, showing the beam path. The pump laser (green) enters the dye cell from the left. The emitted beam exits to the right (lower yellow beam) through a cavity dumper (not shown). A diffraction grating is used as the high-reflector (upper yellow beam, left side). The two meter beam is redirected several times by mirrors and prisms, which reduce the overall length, expand or focus the beam for various parts of the cavity, and eliminate one of two counter-propagating waves produced by the dye cell. The laser is capable of continuous wave operation or ultrashort picosecond pulses (trillionth of a second, equating to a beam less than 1/3 of a millimeter in length).
English: The internal cavity of a Coherent Inc. model 740 dye laser is exposed during alignment of the optics. The frequency-doubled Nd:YAG laser enters the dye cell from the left, to "pump" the dye into a fluorescent state, where it will be ready to emit stimulated radiation. The fluorescence from the dye is reflected between the end mirrors, which consists of a diffraction grating (upper left of center) on one end of the beam and a cavity dumper, in the form of an acousto-optic modulator (beyond the right edge), on the other end, which is used as the output coupler. The beam goes through several stages of expansion, folding and contraction using a variety of curved mirrors, flat mirrors and prisms, adjusting it to the optimum size for each stage of the cavity. The cavity length is 1.97 meters, although the mirrors allow for it to be mounted in a shorter case. The dye cell is placed closer to one end of the cavity, because two waves are emitted from the cell in opposite directions. In this way, the wave on the shorter end of the cavity returns to the dye cell first, using most of its energy, and the other wave is eventually extinguished. This allows full gain from only one wave and a very short pulse of light can be extracted. The laser is capable of continuous wave operation or ultrafast picosecond pulses. The laser was photographed during a mirror-alignment procedure, allowing better imaging of the beam. The external laser used for alignment is 589 nm and is much brighter than the actual beam would be. The pump laser is shown for demonstration purposes, but at very low power (30 mw) in order to match the brightness of the 50 mw yellow beam. (In normal operation the pump laser would be much brighter than the intra-cavity beam, making it very difficult to photograph.
Josep i la dona de Putifar, cap a 1645, oli sobre llenç, 196,5 x 245,3 cm, Kassel, Gemäldegalerie Alte Meister. El quadre, amb una càrrega eròtica poc usual a la pintura espanyola, va ser adquirit a nom de Murillo pel Landgraviat de Hessen abans de 1765. Confiscat per les tropes franceses, es va exposar en el Louvre entre 1807 i 1815. Tornat als seus propietaris, fou considerat una obra italiana i atribuït pel museu a Simone Cantarini. El 1930 es va descobrir la signatura del pintor després d'una neteja, el que no va impedir que continuessin els dubtes sobre la seva autoria reivindicada després de l'aparició a una col·lecció particular d'una segona versió del mateix tema d'autografia indiscutible.
Integral da função 
  
    
      
        
          sen
        
        
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                x
                3
              
            
            π
            −
            1
          
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        +
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    {\textstyle {\text{sen}}\left({\frac {x}{3}}\pi -1\right)+4}
  
 sobre o intervalo 
  
    
      
        [
        1
        ,
        9
        ]
        .
      
    
    {\displaystyle [1,9].}
  
 O valor da soma de Riemann truncada em 
  
    
      
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    {\displaystyle n}
  
 sub-intervalos é indicada por 
  
    
      
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    {\displaystyle S.}
Português: Animação sobre a soma de Riemann. Integral da função f(x) = sin(\pi*x/3-1) + 4 sobre o intervalo [1,9]. As parcelas da soma de riemann (f(x*)\Delta x) foram calculadas usando um ponto randômico x* em cada subintervalo da partição.
The status of second person pronouns in Brazil.    Near exclusive use of você (greater than 96%)  Decidedly predominant use of tu (greater than 80%), but with near exclusive third person (você-like) verbal conjugation.  50-50 você/tu variation, with tu being nearly always accompanied by third person (você-like) verbal conjugation.  Decidedly predominant to near exclusive use of tu (76% to 95%) with reasonable frequency of second person (tu-like) verbal conjugation.  Balanced você/tu distribution, being tu exclusively accompanied by third person (você-like) verbal conjugation.  Balanced você/tu distribution, tu being predominantly accompanied by third person (você-like) verbal conjugation.  No data
Some of Welles's film crew at the top of Sugarloaf Mountain, Rio de Janeiro, in early 1942. Standing, from left: John M. Gustafson, Technicolor technician; Dante Orgolini, Mercury public relations; Jose Santos (perhaps Orlando Santos, assistant from the Cinédia studio); Duke Greene, Technicolor cinematographer;  Sidney Zisper, Technicolor technician; Henry Imus, Technicolor camera operator; Ned Scott, still photographer; Joseph Biroc, camera operator (black-and-white); Robert Meltzer, screenwriter and second unit director; Willard Barth, assistant cameraman; Leo Reiser, location production coordinator. Seated at left: James Curley, grip. Crouching: Harry J. Wild, cinematographer (black-and-white).
English: It's All True film crew at the top of Sugarloaf Mountain, Rio de Janeiro (1942). Standing, from left: John M. Gustafson, Technicolor technician; Dante Orgolini, Mercury public relations; Jose Santos (perhaps Orlando Santos, assistant from Cinédia Studio); W. Howard Greene, Technicolor cinematographer; Sidney Zisper, Technicolor technician; Henry Imus, Technicolor camera operator; Ned Scott, still photographer; Joseph Biroc, camera operator (black-and-white); Robert Meltzer, screenwriter and second unit director; Willard Barth, assistant cameraman; Leo Reiser, location production coordinator. Seated at left: James Curley, grip. Crouching: Harry J. Wild, cinematographer (black-and-white). Subjects are identified by the caption in the June 1942 issue of International Photographer (page 28), except in these instances: The person captioned as "John Reichbimer" is identified by Catherine Benamou as still photographer Ned Scott. (Source: It's All True" Orson Welles's Pan-American Odyssey, page 48). The person crouching, captioned as "Bill Larson", is identified by Benamou as Harry J. Wild. The person captioned as "Harry Wild" is identified by Benamou as screenwriter and second unit director Robert Meltzer. Spelling and production credits are as listed by Catherine Benamou (It's All True" Orson Welles's Pan-American Odyssey, pp. 312–313).
Царството на Карло Велики во времето на неговата смрт вклучувајќи ги денешна Каталонија, Франција, западна Германија, Ниските Земји и северна Италија.       Царството на Карло Велики (814)       Близок Исток/Балкан
      Источно Римско царство
      Абасидски калифат
      Прво Бугарско Царство
 Северна Европа
      Луѓе од северот
      Финци
      Швеѓани and Готи
      Данци
 Источна Европа
      Естонија
      Словени
      Хазари
      Унгарци
      Авари
  Британските острови
      Ирска
      Пикти
      Шкоти
      Велшани
       Англија
 Италијанскиот Полуостров
      Кнежевство Беневенто
      Сардинија
      Сицилија
 Пиринејски Полуостров
      Кралство Астурија
      Кордопски калифат
English: Europe in 814.
Seebeck coefficient of silicon at 300 K,calculated from Mott model. The crossover from hole-dominated conduction (positive 
  
    
      
        
          S
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                V
              
            
          
        
      
    
    {\displaystyle \scriptstyle S\approx S_{\rm {V}}}
  
) to electron-dominated conduction (negative 
  
    
      
        
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    {\displaystyle \scriptstyle S\approx S_{\rm {C}}}
  
) happens for Fermi levels in the middle of the 1.1 eV-wide gap.
Map of Kansas counties and cities that had sexual orientation and/or gender identity anti–employment discrimination ordinances prior to Bostock   Sexual orientation and gender identity with anti–employment discrimination ordinance   Sexual orientation and gender identity solely in public employment   Sexual orientation in public employment   No anti-discrimination ordinance¹ ¹Since 2020 as a result of Bostock, discrimination on account of sexual orientation or gender identity in public and private employment is outlawed throughout the state. Discrimination against state employees based on their sexual orientation or gender identity has been illegal since 2019, and previously between 2007 and 2015.
Blick aus Südosten von Banyuwangi auf das Ijen-Gebirge, gezeichnet von Emil Stöhr im Oktober 1858. Links in großer Entfernung der breite Gipfel des 3332 m hohen Gunung Raung mit seinem riesigen Krater, hinter dem im Nordosten die Spitze des 2950 m hohen Gunung Suket emporragt. Es folgen nach Osten der Gunung Pendil (2200 m), der Gunung Rante (2644 m), der mit einer Rauchwolke gekennzeichnete Gunung Ijen (2386 m) und, als östlicher Eckpfeiler, der Gunung Merapi (2799 m), auf dessen Osthang die Spuren des Bergsturzes von 1792 zu erkennen sind. – Veröffentlicht in: Die Provinz Banjuwangi in Ost-Java mit der Vulkangruppe Idjen-Raun. Reiseskizzen von Emil Stöhr. Frankfurt a. M., Christian Winter, 1874.
Deutsch: Ansicht der Vulkangruppe Ijen-Raung
Bei kollinearen Vorgaben konstruiert man zunächst 2 Hilfspunkte 
  
    
      
        
          H
          
            1
          
        
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    {\displaystyle H_{1},H_{2}}
  
, die nicht auf der gleichen Geraden wie die Vorgabepunkte 
  
    
      
        
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    {\displaystyle A_{1},A_{2},B_{1},B_{2}}
  
 liegen.