fschieber/wit-captions huggingface dataset:
Mengden av naturlige tall kan illustreres ved den uendelige kjeden av dominobrikker av lyst tre, hvor den første svarer til null, og hver brikke har oversiden vendt mot etterfølgeren. Men, aksiomene 1-8 er også oppfylt av den usammenhengende strukturen som består av brikker av både lyst og mørkt tre. Aksiom 9, induksjonsaksiomet svarer til kravet at hvis den første brikken av lyst tre faller, så vil til slutt hver eneste brikke falle («dominoeffekt»); dette er tilfredsstilt bare i fravær av de mørke brikkene.
English: Shows an infinite chain of (light wood) domino pieces and a circle of (dark wood) pieces. If the first light piece is overthrown, each light piece will eventually fall, while no dark piece will be affected. The shown configuration illustrates a model of Peano's axioms for natural numbers, except for the induction axiom. The latter requires all pieces to fall if the first one is overthrown.
Neurons were grown in tissue culture and stained with antibody to MAP2 protein in green and MAP tau in red using the immunofluorescence technique. MAP2 is found only in dendrites and perikarya, while tau is found not only in the dendrites and perikarya but also in axons. As a result, axons appear red while the dendrites and perikarya appear yellow, due to superimposition of the red and green signals. DNA is shown in blue using the DAPI stain which highlights the nuclei. Image courtesy EnCor Biotechnology Inc.
English: Neurons were grown in tissue culture and stained with antibody to MAP2 protein in green and MAP tau in red. MAP2 is found only in dendrites and perikarya, while tau is found not only in the dendrites and perikarya but also in axons. As a result axons appear red while the dendrites and perikarya appear yellow, due to superimposition of the red and green signals. DNA is shown in blue using the DAPI stain which highlights the nuclei.
Entropiya ng isang pagsubok na Bernoulli bilang punsiyon ng tagumpay ng probabilidad na kadalasang tinatawag na binaryong entropiyang punsiyon, 
  
    
      
        
          H
          
            
              b
            
          
        
        (
        p
        )
      
    
    {\displaystyle H_{\mbox{b}}(p)}
  
. Ang entropiya namamaksima sa 1 bit kada pagsubok kapag ang dalawang mga posibleng kalalabasan ay magkatumbas na malamang gaya ng sa walang kinikilingang paghagig ng isang barya.
Brahmanda – Hindu material universe. Each brahmanda appears after Mahavishnu's breathing out and when Garbhodakashayi Vishnu gives birth to Brahma on a Satyaloka's lotus. Brahma, creator of our universe lives 311,040,000,000,000 human years, and during his lifetimes, 504 000 Manus (Vedic Adams, first men are changing). Brahma creates 14 planetary systems which can be roughly compared to Seven heavens and seven earthes described in Abrahamic scriptures thought Vedic records are earlier to Abrahamic counterpart
Lời giải của phương trình 
  
    
      
        
          y
          ′
        
        =
        −
        2.3
        y
      
    
    {\displaystyle y'=-2.3y}
  
 được tính toán bằng phương pháp Euler với kích thước bước 
  
    
      
        h
        =
        1
      
    
    {\displaystyle h=1}
  
 (các hình vuông màu xanh da trời) và 
  
    
      
        h
        =
        0.7
      
    
    {\displaystyle h=0.7}
  
 (các hình tròn màu đỏ). Đường cong màu đen biểu diễn lời giải chính xác.
Partes principais de um rebocador:  1) Luz de topo, 2) Mastro, 3) Bandeira, 4) Sirene de nevoeiro, 5) Antena de radio, 6) Lâmpada de sinalização (morse), 7) Chaminé, 8) Ponte de navegação, 9) Visor "Vista Clara", 10) Amurada, 11) Escada acesso a ponte, 12) Salva-vidas, 13) "H-Bitt", 14) Cabrestante, 15) Gancho para reboque, 16) Cabo, 17) Coberta principal, 18) Escotilha, 19) Passador de cabos, 20) Borda de popa, 21) Defensa, 22) Proa, 23) Leme, 24) Abertura do Hélice, 25) Hélice, 26) Eixo do Hélice, 27) Casco
A und B: Isoliertes rechtes Pterygoid eines fossilen Warans in lateraler (A) und ventraler (B) Ansicht. Man beachte, dass bei „Echsen“ (wie auch bei Krokodilen und Vögeln) das Pterygoid im Gegensatz zu den basalen Sauropsiden und Brückenechsen keinen langen rostralen Fortsatz und damit keinen Anteil am vorderen Gaumen hat. C: Die anatomische Position des Pterygoids (rot markiert) in Nachbarschaft von Quadratum und Hirnkapsel im als Schattenriss dargestellten Schädel ist exemplarisch für viele andere „Echsen“.
English: Right pterygoid bone (part of the holotype, AMNH FR 30630) of Varanus (Varaneades) amnhophilis CONRAD et al. 2012 from the upper Miocene of Samos (Greece) in lateral (A) and ventral (B) views. Figure C shows the position of the bone (highlighted in red) in the silhouette of a Varanus skull in right lateral view. Abbreviations: bc, braincase; bptb, basipterygoid buttress; colf, columellar fossa; fec, ectopterygoid facet; q, quadrate; qpr, quadrate process; tpr, transverse process. Deutsch: Rechtes Pterygoid (des Holotyps AMNH FR 30630) von Varanus (Varaneades) amnhophilis CONRAD et al. 2012 aus dem oberen Miozän von Samos (Griechenland) in lateraler (A) und ventraler (B) Ansicht. Teilabbildung C zeigt die Lage des Knochens (rot markiert) im Schattenriss eines Varanus-Schädels in rechts-lateraler Ansicht. Abkürzungen: bc, Hirnkapsel; bptb, Auflage für den Basipterygoidfortsatz des Basisphenoids; colf, Columellargrube (Fassung für das Epipterygoid); fec, Artikulationsfacette des Ectopterygoids; q, Quadratum; qpr, Processus quadratus; tpr, Transversalfortsatz.
اللوحة أعلى باب مدخل الجامع مكتوب عليها:
 أسس بنيان هذا المسجد الجامع المشيّد الأركان صاحبة الخيرات الحسان درّة تاج السلطنة
 العظيمة الشأن عصمة الملك والدنيا والدين خانم سلطان خصّها الله تعالى بمزيد الإحسان بنت
 خاقان الخواقين في الخافقين سلطان السلاطين في المشرقين عامر معمورة الأرض بالعدل والإحسان مؤسس
 الأمن والأمان لأهل الإيمان السلطان ابن السلطان ابن السلطان ابن سليمان خان ابن السلطان سليم
 خان خلد خلافته خلود الزمان وتم بمنة المنان في شهر ذي الحجة الحرام من شهور سنة أربع وخمسين وتسعمائة من هجرة النبي 954
Türkçe: Mihrimah Sultan Külliyesi (İnşaat 1548), Üsküdar, İstanbul, Turkey. العربية: جامع مهرماه سلطان (1548م)، مسجد عثماني يقع في المركز التاريخي لبلدية أسكدار في اسطنبول بتركيا. هذا الجامع هو أول المسجدين الذين أنشأتهما مهرماه سلطان ابنة السلطان سليمان القانوني وزوجة الصدر الأعظم رستم باشا ويحملان اسمها: أولهما جامع مهرماه سلطان بأسكدار وثانيهما جامع مهرماه سلطان بإديرنا كابي (بين 1562-1565م). وقد صمم المسجدين المعماري العثماني الأشهر معمار سنان وتم بناء جامع مهرماه سلطان بأسكدار بين أعوام 1546 و 1548م. هذه اللوحة التاريخية مكتوبة أعلى باب المسجد وفيها: أسس بنيان هذا المسجد الجامع المشيّد الأركان صاحبة الخيرات الحسان درّة تاج السلطنة العظيمة الشأن عصمة الملك والدنيا والدين خانم سلطان خصّها الله تعالى بمزيد الإحسان بنت خاقان الخواقين في الخافقين سلطان السلاطين في المشرقين عامر معمورة الأرض بالعدل والإحسان مؤسس الأمن والأمان لأهل الإيمان السلطان ابن السلطان ابن السلطان ابن سليمان خان ابن السلطان سليم خان خلد خلافته خلود الزمان وتم بمنة المنان في شهر ذي الحجة الحرام من شهور سنة أربع وخمسين وتسعمائة من هجرة النبي 954 English: Mihrimah Sultan Mosque (built 1548), is an Ottoman mosque located in the historic center of the Üsküdar municipality in Istanbul, Turkey. It is the first of two mosques built by Mihrimah Sultan, daughter of Sultan Suleiman the Magnificent and wife of Grand Vizier Rüstem Pasha. It was designed by Mimar Sinan and built between 1546 and 1548.
Replikat des ersten GMR-Sensors von Peter Grünberg.
An den Endseiten des Exponates befinden sich zwei runde Permanentmagnete. In der Mitte in Schwarz der GMR-Sensor. Dieser kann durch Drehen des Knopfes am Ende der geschlitzten Messingwelle zwischen den Permanentmagneten hin und her bewegt werden. Durch die Verschiebung im Magnetfeld verändert der Sensor seinen elektrischen Widerstand. Dieser Widerstand kann elektronisch gemessen und in die genaue Position des Sensors zwischen den Magneten umgerechnet werden.
Deutsch: Nachbau: Der erste GMR-Sensor von Prof. Dr. Peter Grünberg in seiner Testvorrichtung. Dieses originalgetreue Replikat wurde von Innomag e.V. - dessen Schirmherr Grünberg ist - im April 2007 auf der Hannover Messe ausgestellt. Das Original ist im Deutschen Museum in München. An den Enden der Versuchsbank ist jeweils ein zylindrischer Permanentmagnet montiert. Dazwischen, nahe der Mitte sitzt der schwarze GMR-Sensor oben am Schlitten; von unten greift ein Mitnehmer in die helixförmige Nut (Rechtsgewinde) der Messingwelle ein. Wird diese per Drehknopf gedreht, wird mit dem Schlitten der Sensor verschoben. Je nach Position im inhomogenen Magnetfeld wirkt eine andere Feldstärke und kann ein veränderter elektrischer Widerstand am Sensor gemessen werden. Über den örtlichen Verlauf kann die Abhängigkeit des Widerstands vom B-Feld untersucht werden. English: Replicate of the first GMR Sensor (black, on top of the slider on the bench, its position between two magnets can be changed) made by Peter Grünberg. The original one is in Deutsches Museum in Munich.
வைப்ரொபிளக்ஸ் செமி ஆட்டோமேட்டிக் கீ ("பக்" எனவும் அழைக்கப்படுகிறது). துடுப்பை வலது புறமாக பெருவிரலால் அழுத்தும் போது, தொடர் டிட்ஸ்களை உருவாக்கும். நீளமும் நேரமும் ஸ்லைடிங் வெயிட் பின்புறமாகச் செல்வதன் மூலம் கட்டுப்படுத்தப்படுகிறது. துடுப்பை இடது புறமாகச் சுட்டு விரலினால் அழுத்தும் போது ஒரு டா உருவாகும். அதன் நீளம் இயக்குபவரால் கட்டுப்படுத்தப்படும். பன்மடங்கு டாக்கள் தேவை எனில் பலமுறை அழுத்த வேண்டும். இடது கைப்பழக்கம் கொண்ட இதனைப் இயக்குபவர்கள் மேலே குறிப்பிட்டவற்றிற்கு எதிர்ப்பதமாக அதனைப் பயன்படுத்த வேண்டும்.
English: Advertising material, copyright released.
La última escena (en inglés, The Last Scene), que fue grabado por George Cruikshank en 1839 para ilustrar la novela serializada de William Harrison Ainsworth titulada Jack Sheppard. En los subtítulos se lee: «La despedida entre Jack Sheppard y el señor Wood» ("Jack Sheppard's Farewell to Mr Wood"), «Blueskin descendiendo a Jack Sheppard de la horca» ("Blueskin cutting down Jack Sheppard"), «Los restos mortales de Jack Sheppard siendo cargados por la turba» ("The body of Jack Sheppard carried off by the mob").
"The Last Scene" - engravings by George Cruikshank, to illustrate the serialised novel Jack Sheppard by William Harrison Ainsworth, published in Bentley's Miscellany from January 1839 . The captions read: "Jack Sheppard's Farewel)
Un grupo de obreros durante los trabajos de perforación del pozo Calero, que se llevaron a cabo entre 1910 y 1911. El Calero, el pozo más emblemático de la cuenca hullera, destacaba por su gran castillete de sillería, instalación que aún puede ser visitada en la actualidad. Este pozo tiene también la peor marca de siniestralidad de la cuenca, y fue escenario del mayor accidente de su historia, el 21 de abril de 1941, cuando fallecieron 18 mineros y 19 resultaron heridos a causa de una explosión de grisú.[23]​
Español: Un grupo de trabajadores durante la construcción del pozo Calero, en las minas de Barruelo (España)
These orbitals have magnetic quantum numbers 
  
    
      
        m
        =
        −
        ℓ
        ,
        …
        ,
        ℓ
      
    
    {\displaystyle m=-\ell ,\ldots ,\ell }
  
 from left to right in ascending order. The 
  
    
      
        
          e
          
            m
            i
            ϕ
          
        
      
    
    {\displaystyle e^{mi\phi }}
  
 dependence of the azimuthal component can be seen as a color gradient repeating m times around the vertical axis.
English: Collection of 16 atomic single-electron orbitals for the lowest four n quantum numbers. Only the cases n = l + 1 {\displaystyle n=l+1} with one radial node are shown. Each row shows one l-quantum number l=0 (s), l=1 (p), l=2 (d) and l=3 (f) with m quantum numbers m ∈ { − l , … , l } {\displaystyle m\in \{-l,\ldots ,l\}} in ascending order. The color depicts the complex-valued phase of the wavefunction. In contrast to the real-valued orbitals in chemistry, which are superpositions of several m-eigenstates, the probability densities shown here are symmetric around the z-axis. The solid bodies enclose the volume where the continuous probability density exceeds a well-chosen threshold. The formulas that describe the orbitals can be found at Hydrogen atom. The labels in the image show the quantum numbers nlm with l encoded as letter.
Dibujo satírico de Punch (1891) contra la jornada de ocho horas, reivindicación clásica del movimiento obrero que dio origen a la celebración reivindicativa del Día internacional de los trabajadores en el primero de mayo en honor a los muertos en la revuelta de Haymarket. El personaje enmascarado y con hacha es el nuevo sindicalismo, que presenta una versión socialmente igualitarista del antiguo lecho de Procusto: todos los trabajadores deberán ajustarse a él, alargándose o acortándose aunque no les convenga.
Póly a magnetické pole Země: 
Země se chová podobně jako tyčový magnet, a proto by se měl magnetický pól na severní polokouli v souladu s fyzikálními pravidly označovat jako jižní magnetický pól. Na mapách je tomu většinou obráceně. 
 A - osa rotace, 
 A1 - severní geografický pól, 
 A2 - jižní geografický pól, 
 B - geomagnetická osa, 
 B1 - severní geomagnetický pól, 
 B2 - jižní geomagnetický pól, 
 C1 - severní magnetický pól, 
 C2 - jižní magnetický pól; 
 N - severní pól magnetu, 
 S - jižní pól magnetu
A=Geographic poles, B=Geomagnetic poles, C=Magnetic poles
تظهر هذه الخريطة تغيرات في كمية الأراغونيت الذائبة في المياه السطحية للمحيطات بين ثمانينيات القرن التاسع عشر وأحدث عقد (2003-2012).[76] وتشير النماذج التاريخية إلى أنه منذ ثمانينيات القرن التاسع عشر زادت نسبة العفن: أدى ثاني أكسيد الكربون إلى انخفاض مستويات التشبع بالأراغونيت (نقص توافر المعادن) في المحيطات حول العالم.[76] وحدث أكبر انخفاض في تشبع الأراجونيت في المياه الاستوائية [76] ومع ذلك فإن الانخفاض في المناطق الباردة قد يكون مصدر قلق أكبر لأن المياه الباردة عادة ما تكون مستويات الأراغونيت أقل لتبدأ.[76]
English: This map shows changes in the amount of aragonite dissolved in ocean surface waters between the 1880s and the most recent decade (2003-2012). Aragonite is a form of calcium carbonate that many marine animals use to build their skeletons and seashells. Aragonite saturation is a ratio that compares the amount of aragonite that is actually present with the total amount of aragonite that the water could hold if it were completely saturated. The more negative the change in aragonite saturation, the larger the decrease in aragonite available in the water, and the harder it is for marine creatures to produce their skeletons and shells. Measurements made over the last few decades have demonstrated that ocean carbon dioxide levels have risen in response to increased carbon dioxide in the atmosphere, leading to an increase in acidity (that is, a decrease in pH). Historical modeling suggests that since the 1880s, increased carbon dioxide has led to lower aragonite saturation levels (less availability of minerals) in the oceans around the world. The largest decreases in aragonite saturation have occurred in tropical waters. However, decreases in cold areas may be of greater concern because colder waters typically have lower aragonite levels to begin with. Details The global map shows changes over time in the amount of aragonite dissolved in ocean water, which is called aragonite saturation. This map was created by comparing average conditions during the 1880s with average conditions during the most recent 10 years (2003-2012). Aragonite saturation has only been measured at selected locations during the last few decades, but it can be calculated reliably for different times and locations based on the relationships scientists have observed among aragonite saturation, pH, dissolved carbon, water temperature, concentrations of carbon dioxide in the atmosphere, and other factors that can be measured. Thus, while Figure 2 was created using a computer model, it is indirectly based on actual measurements. The map was created by the National Oceanic and Atmospheric Administration and the Woods Hole Oceanographic Institution using Community Earth System Model data. Related information can be found at: [1]. This image description is based on the US EPA (2012) public-domain source. References Feely, R.A., S.C. Doney, and S.R. Cooley (2009), “Ocean acidification: Present conditions and future changes in a high-CO2 world”, in Oceanography[2], volume 22, issue 4, pages 36–47, DOI (Data source). Free download from Woods Hole Open Access Server (PDF).
Un momento de torsión 
  
    
      
        M
      
    
    {\displaystyle M}
  
 aplicado en el eje causa un efecto de arrastre: la diferencia entre la velocidad hacia adelante 
  
    
      
        V
      
    
    {\displaystyle V}
  
 y la velocidad tangencial de la rueda 
  
    
      
        ω
        R
      
    
    {\displaystyle \omega R}
  
, genera la fuerza de arrastre 
  
    
      
        
          F
          
            w
          
        
      
    
    {\displaystyle F_{w}}
English: When a tractive force (torque M {\displaystyle M} ) is applied on a railway wheel, a small difference arises between the forward velocity V {\displaystyle V} and circumferential velocity ω R {\displaystyle \omega R} . The relative difference is the "creepage" ξ {\displaystyle \xi } . It is resisted by the friction force F w {\displaystyle F_{w}} on the wheel.
Zbiór 
  
    
      
        x
        =
        [
        
          x
          
            1
          
        
        ,
        
          x
          
            2
          
        
        ,
        
          x
          
            3
          
        
        
          ]
          
            T
          
        
      
    
    {\displaystyle x=[x_{1},x_{2},x_{3}]^{T}}
  
 spełniających założenia modelu dla 
  
    
      
        n
        =
        3
      
    
    {\displaystyle n=3}
Polski: Rysunek do przykładów dla modelu Markowitza
Den första domkyrkan finns avbildad på denna bild ur Suecia Antiqua et Hodierna (den vänstra kyrkan på bilden). Kyrkans torn är kanske väl tilltaget men avbildar troligen dess huvudsakliga former. För övrigt syns här det befästa Göteborg med de två skansarna och landsbygden runt omkring med landerierna.
 Bakom Skansen Lejonet till höger syns det på den tiden sanka vassområdet Gullbergsvass, där bland annat Centralstationen och bangården idag ligger. Vassområdet var en viktig del av stadens försvarsanläggning.
Distribuição e riqueza de espécies de Gesneriaceae no Novo Mundo com base em 48.000 ocorrências compiladas a partir do portal de dados do GBIF (http://data.gbif.org, novembro de 2011), Perret et al. (2006) e dados não publicados (A. Chautems). Observe a distribuição centrada nos Andes com uma concentração de espécies no norte dos Andes e na América Central e o centro secundário de diversidade na floresta atlântica brasileira. Ocorrências nos Andes temperados do Chile correspondem a espécies de Coronanthereae.
Distribuição e riqueza de espécies de Gesneriaceae no Novo Mundo com base em 48.000 ocorrências compiladas a partir do portal de dados do GBIF (http://data.gbif.org, novembro de 2011), Perret et al. (2006) e dados não publicados (A. Chautems). Observe a distribuição centrada nos Andes com uma concentração de espécies no norte dos Andes e na América Central e o centro secundário de diversidade na floresta atlântica brasileira. Ocorrências nos Andes temperados do Chile correspondem a espécies de Coronanthereae.
A scene will be properly illuminated for every combination of f‑stop and distance shown on this flash device's exposure calculation dial, each of which equals the same guide number.  The guide number here (full power setting, ISO 100, and normal-angle coverage) is 37 for calculations made in meters (yellow arrow) and 120 for feet (orange). For instance, on the foot scale, f/4 × 30 ft = 120, as do both f/8 × 15 ft and f/16 × 7.5 ft. In meters, f/1.4 × 26 m = 37 as do f/22 × 1.7 m and every combination between.
English: An exposure calculation dial on an original Vivitar 285 speedlight. Each combination of f-stop and distance equals the same guide number.
celkern, endoplasmatisch reticulum en golgicomplex. (1) celkern. (2) kernporie. (3) ruw endoplasmatisch reticulum (RER). (4) glad endoplasmatisch reticulum (SER, de S komt van Smooth). (5) ribosoom op het RER. (6) eiwitten die getransporteerd worden. (7) transportblaasje. (8) golgicomplex. (9) cis-zijde van het golgicomplex. (10) trans-zijde van het golgicomplex. (11) cisternen van het golgicomplex. (12) secreetblaasje. (13) celmembraan. (14) afgescheiden eiwitten. (15) cytoplasma. (16) extracellulaire ruimte
English: Secretory pathway diagram, including nucleus, endoplasmic reticulum and Golgi apparatus. Nuclear membrane Nuclear pore Rough endoplasmic reticulum (REM) Smooth endoplasmic reticulum Ribosome attached to REM Macromolecules Transport vesicles Golgi apparatus Cis face of Golgi apparatus Trans face of Golgi apparatus Cisternae of Golgi apparatus Secretory vesicle Cell membrane Fused secretory vesicle releasing contents Cell cytoplasm Extracellular environment
Blazon


Arms: Ermine on a Cross Gules five Bezants all within a Bordure wavy of the second. Crest: A Rock proper therefrom a Cornish Chough rising Sable the whole debruised with a Bendlet sinister wavy Ermine. Supporters: On either side a Lion Or gorged with a Chain proper and pendant therefrom an Escutcheon, that of the dexter per fess Azure and Argent in chief a Naval Crown between two Laurel Branches saltirewise Or in base the Frame of a Vessel proper, that of the sinister Sable charged with five Bezants.
English: Shield of arms of The Lord St Levan
Kristian IV i riddarsalen på Københavns slott. På dagen då den utvalde prinsen Kristian gifta seg, 5. oktober 1634, blei 12 adelsmenn slagne til riddarar i den gamle riddarsalen på Københavns slott. Stikket er ei samtidig skildring og er den einaste skildringa av interiøret på Københavns slott som ein kjenner til. Frå boka: Memoirer og breve, av Julius Clausen og P.Fr.Rist: Det store bilager i Kjøbenhavn 1634, med Charles Ogier:Det store bilager i Kjøbenhavn 1634. Gyldendalske boghandel, Nordisk forlag, 1914.
Norsk bokmål: Christian IV i riddersalen på Københavns slott. På dagen for den udvalgte prins Christians bryllyp, den 5. oktober 1634, ble 12 adelsmenn slått til riddere i den gamle riddersalen på Københavns slott. Stikket er en samtidig skildring og er den eneste gjengivelse av interiøret på Københavns slott som man kjenner til. English: Christian IV of Denmark in The great hall at Copenhagen Castle on the 5.th of October 1634.
Функционирующий ноктурлабиум диаметром в 5 см. На внешнем кольце занесены названия месяцев. Внутреннее серебряное кольцо имеет шкалу времени и указатель в виде маленького треугольника, который устанавливают напротив нужного месяца. (На фотографии установлено начало октября.)
Через отверстие в середине визируют на Полярную звезду и устанавливают рычаг-указатель так, чтобы он показывал в направлении определённой незаходящей звезды. Теперь на серебряном кольце можно считать время (на фотографии — 8 часов вечера)
A nocturnal as costume jewellery. This is a functioning nocturnal, though only about 5 cm tall. It shows the month ring on the outside in brass. The inner disk shows the time and has an indicator on one edge. By setting the indicator to the month and day (in this case a few days into October), centring Polaris in the hole in the middle and rotating the pointer attached to the centre to a specified circumpolar star, the arm indicates the time (in this case, 7 pm)
Cette Adoration de la Vierge médicéenne regroupe tout le gotha de la cour des Médicis, réunie en dévotion pour marquer son ralliement rituel autant que l'affirmation de l'importance de cette cour de Florence sur les arts et les terres alentour. « Dieu est avec nous ! » disent par cette peinture les commanditaires de Botticelli : au centre Cosme, Pierre et Jean de Médicis. Pic de la Mirandole fait partie des spectateurs de la dévotion. Quant au peintre, son regard est ailleurs, il nous fait face tout à droite.
Deutsch: Darstellung der Mitglieder der Medici-Familie als Könige: Cosimo (kniend), Piero und Giovanni (Rückenfiguren im Mittelpunkt) und Angehörige des Medici-Hofes