fschieber/wit-captions huggingface dataset:
The Australian Imperial Force Touring XI photographed at Lord's Cricket Ground in June 1919. Back row (L to R): Staff Sergeant C. S. Winning, Dental Section, AIF Headquarters (HQ); Sergeant H. S. Love, Australian Army Service Corps (AASC); Gunner J. T. Murray, 103rd Battery; Gunner E. Bull, 26th Battery; Lieutenant J. M. Gregory, 4th Divisional Artillery; Captain E. J. Long, Deputy Assistant Provost Marshal, Weymouth; Corporal W. A. S. Oldfield, 15th Brigade (Field Ambulance). Middle row: Major C. T. Docker, General List; Captain C. E. Pellew, 27th Battalion; Lance Corporal H. L. Collins, 10th AASC; Captain C. B. Willis, Dental Section; Sergeant A. W. Lampard, 10th AASC; Captain W. L. Trennery, 17th Battalion. Front row: Gunner J. M. Taylor, 101st Howitzer Battery; Warrant Officer W. S. Stirling, AIF Headquarters, Records Section. Most players are wearing the official team blazer with the AIF "rising sun" emblem on the pocket.
English: Sourced from: http://www.awm.gov.au/database/collection.asp Copyright: The AWM record for this photo states that the copyright status is 'clear'. The photo was taken in 1919. AWM Caption: London, England. June 1919. Group portrait of members of the AIF Cricket Eleven, which toured the United Kingdom from May to September, 1919, at Lords Ground. Back row, left to right: Staff Sergeant C. S. Winning, Dental Section, AIF Headquarters (HQ); Sergeant H. S. Love, Australian Army Service Corps (AASC); Gunner (Gnr) J. T. Murray, 103rd Battery; Gnr E. Bull, 26th Battery; Lieutenant J. M. Gregory, 4th Divisional Artillery; Captain (Capt) E. J. Long, Deputy Assistant Provost Marshal, Weymouth; Corporal E. A. Oldfield. Middle row: Capt C. T. Docker, General List; Capt C. E. Pellew, 27th Battalion; Lance Corporal H. L. Collins, 10th AASC; Capt C. B. Willis, Dental Section; Sgt A. W. Lampard, 10th AASC; Capt W. L. Trennery, 17th Battalion. Front row: Gnr J. M. Taylor, 101st Howitzer Battery; Warrant Officer W. S. Stirling, AIF Headquarters, Records Section. They are wearing the official team blazer with the AIF rising sun emblem on the pocket. .
Na wykresie nałożono na siebie układy współrzędnych dwóch osób, Anny i Marka, w następujący sposób:
 – początkiem układu współrzędnych Marka jest punkt M, Anny – punkt A,
 – czerwone krzywe obojętności należą do Marka, niebieskie do Anny,
 – na każdej z osi zaznaczona jest konsumpcja jednego z dóbr: masła (osie AB i CM) bądź szynki (osie AC i BM).
 Czarna linia AM (krzywa kontraktu) wyznacza punkty, w których występuje optymalna efektywność w sensie Pareta, gdyż krańcowe stopy substytucji jednego dobra drugim Anny i Marka będą w tych punktach równe (krzywe obojętności są do siebie styczne). W punkcie ‘’’h’’’, nieleżącym na linii AM Anna może zwiększyć swoją użyteczność konsumując więcej masła i mniej szynki, przesuwając się tym samym do punktu ‘’’i’’’. W sytuacji tej będziemy przesuwać się po tej samej krzywej obojętności Marka – jego użyteczność się nie zmieni, co oznacza, że sytuacja h jest nieefektywna w rozumieniu Pareta.
Polski: Wykres Edgewortha
Three limaçons illustrating the types of double point. When converted to Cartesian coordinates as 
  
    
      
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          x
          
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            2
          
        
        (
        
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          y
          
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        ,
      
    
    {\displaystyle (x^{2}+y^{2}-x)^{2}=(1.5)^{2}(x^{2}+y^{2}),}
  
 the left curve acquires an acnode at the origin, which is an isolated point in the plane. The central curve, the cardioid, has a cusp at the origin. The right curve has a crunode at the origin and the curve crosses itself to form a loop.
Zwei Budgetgeraden zu unterschiedlichen Haushaltseinkommen 
  
    
      
        
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    {\displaystyle Y_{1}}
  
 und 
  
    
      
        
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 sowie die dazugehörigen höchstmöglichen Indifferenzkurven 
  
    
      
        
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            1
          
        
      
    
    {\displaystyle I_{1}}
  
 bzw. 
  
    
      
        
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            2
          
        
      
    
    {\displaystyle I_{2}}
  
. 
  
    
      
        
          I
          
            0
          
        
      
    
    {\displaystyle I_{0}}
  
 wäre zwar bei mit beiden Budgets erreichbar, aber nicht optimal. Für die dargestellten Budgetgeraden gilt 
  
    
      
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    {\displaystyle G=0}
  
.
ئەگەر فانکشنی ڕاستەقینەی 
  
    
      
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    {\displaystyle f}
  
  لە ماوەی داخراوی 
  
    
      
        [
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 بەردەوام بێت و لە ماوەی کراوەی 
  
    
      
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        a
        ,
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    {\displaystyle (a,b)}
  
 توانای گرتەی ھەبێت و 
  
    
      
        f
        (
        a
        )
        =
        f
        (
        b
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    {\displaystyle f(a)=f(b)}
  
، ئەوا لانیکەم خاڵێک وەکوو 
  
    
      
        c
      
    
    {\displaystyle c}
  
 لە نێوان ماوەی 
  
    
      
        (
        a
        ,
        b
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    {\displaystyle (a,b)}
  
 بوونی ھەیە کە 
  
    
      
        
          f
          
            ′
          
        
        (
        c
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        =
        0
      
    
    {\displaystyle f^{\prime }(c)=0}
  
.
Різні компоненти викидів із злиття двох нейтронних зір та залежність випромінювань їх кілонових від кута променя зору спостерігача, θobs, відносно осі подвійної системи, для двох різних сценаріїв: (ліворуч) швидкого утворення чорної діри та (праворуч) довготривалого магнетарного залишку. Динамічні викиди матерії в орбітальній площині, в обох сценаріях, є багаті нейтронами (з часткою електронів Ye < 0,1), тому можуть генерувати лантаноїди та пов'язане з ними випромінювання "червоної" кілонови з піком в ближньо-інфрачервоному діапазоні. Тоді як динамічні викиди в полярних напрямках через ударне нагрівання можуть бути досить бідними на вільні нейтрино (Ye > 0,3), унеможливлюючи синтез лантаноїдів, натомість генеруючи випромінювання "синьої" кілонової в оптичному діапазоні. Найвіддаленіші шари полярних викидів можуть містити вільні нейтрони, розпад яких підтримує ультрафіолетовий транзієнт, що триватиме кілька годин після злиття.
Українська: Різні компоненти викидів матерії із злиття двох нейтронних зір та залежність їх випромінювань кілонової від кута огляду спостерігача.
Esquema iconográfico de la puerta de Monreale: 1, 2, 3 y 4 Pareja de leones y de grifos; 5 Creación de Adán; 6 Creación de Eva ; 7 Adán y Eva en el Edén; 8 Pecado original; 9 La condena; 10 El sometimiento de la mujer al hombre; 11 La maternidad de Eva; 12 Caín y Abel; 13 El fratricidio; 13 El arca de Noé; 15 Noé planta la viña; Abraham y los tres ángeles; 17 El sacrificio de Isaac; 18 Abraham, Isaac y Jacob; 19, 20, 21, 22, 23 y 24 Parejas de los doce Profetas; 25 La Anunciación; 26 La Visitación; 17 La Natividad; 28 Los Reyes Magos; 29 La Matanza de los inocentes; 30 Huida a Egipto; 31 Presentación en el Templo; 32 Bautismo; 33 Tentación; 34 Resurrección de Lázaro; 35 Entrada a Jerusalén; 36 La Transfiguración; 37 Última Cena; 38 El beso de Judas; 39 Crucifixión; 40 Descendimiento al Limbo; 41 Resurrección de Cristo; 42 Noli me tangere; 43 Cena en Emaús; 44 Ascensión de Cristo; 45 María en la gloria; 46 Cristo en la gloria.
Italiano: fatta da me con paint si nota soprattutto dal fatto che ha molti difetti
Exemplar empalhado da pomba-migratória, Royal Ontario Museum, Toronto. Em seu auge foi possivelmente a ave mais abundante do planeta, com uma população estimada em 3 a 5 bilhões de indivíduos. Seus bandos escureciam os céus durante as migrações. O naturalista John James Audubon relatou que um bando, de tão vasto, levou mais de três dias para passar sobre Louisville, voando a uma velocidade média de 60 km/h. Outro bando, avistado sobre Ontario, tinha uma extensão calculada em quase 500 km. Foi extinta pela caça descontrolada e pela degradação do seu habitat. O último bando em liberdade, com cerca de 250 mil aves, foi exterminado em um único dia de caçada em 1896, com poucos sobreviventes, e o último exemplar conhecido, chamado Martha, morreu em 1914 num zoológico. Seu desaparecimento, que se julgava impossível pela enorme população, é um exemplo dramático da influência destrutiva do homem sobre o meio ambiente.[81][82][83][84]
English: Stuffed passenger pigeon Ectopistes migratorius, Bird Gallery, Royal Ontario Museum, Toronto. Français : Pigeon migrateur Ectopistes migratorius naturalisé, galerie des oiseaux, Muséum royal de l'Ontario, Toronto.
Venn diagram of information theoretic measures for three variables 
  
    
      
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    {\displaystyle x}
  
, 
  
    
      
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    {\displaystyle y}
  
, and 
  
    
      
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    {\displaystyle z}
  
, represented by the lower left, lower right, and upper circles, respectively. The conditional mutual informations 
  
    
      
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    {\displaystyle I(x;z|y)}
  
, 
  
    
      
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    {\displaystyle I(y;z|x)}
  
 and 
  
    
      
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    {\displaystyle I(x;y|z)}
  
 are represented by the yellow, cyan, and magenta regions, respectively.
Exponentielle Abnahme einer Größe vom anfänglichen Wert 
  
    
      
        N
      
    
    {\displaystyle N}
  
 mit der Zeit 
  
    
      
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    {\displaystyle t}
  
. Die Kurve folgt der Gleichung 
  
    
      
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. 
  
    
      
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    {\displaystyle N}
  
 kann z. B. die anfängliche Zahl von radioaktiven Atomkernen in einer Probe sein.
English: Exponential decay
Collage di foto di 49 famosi cristiani: San Pietro, l'Apostolo Paolo, Giovanni Damasceno, Sant'Elena, Santi Cirillo e Metodio, i Romanov, Sun Yat-sen, Costantino il Grande, Carlo Magno, Giovanna d'Arco, Tommaso d'Aquino, Agostino d'Ippona, Caterina da Siena, Antoni Gaudí, Michelangelo, Giovanni Battista de La Salle, Maria Teresa d'Austria, Giovanni Calvino, Teresa d'Avila, Anton Čechov, Fratelli Grimm, Isaac Newton, Martin Lutero, Cristoforo Colombo, Ludwig van Beethoven, Galileo Galilei, William Shakespeare, Wolfgang Amadeus Mozart, Leonardo da Vinci, Teresa di Lisieux, Gregor Mendel, John D. Rockefeller, Florence Nightingale, Louis Pasteur, Max Planck, Martin Luther King, Madre Teresa di Calcutta, John F. Kennedy, Patriarca Bartolomeo I di Costantinopoli, Papa Giovanni Paolo II, Lev Tolstoj, Luiz Inácio Lula da Silva, Nelson Mandela, Lionel Messi, Carlos Slim Helú, Marissa Mayer, Novak Đoković, Gerard Butler, Freida Pinto.
Collage of photos of 49 Christians known figures - Saint Peter, Paul the Apostle, John of Damascus, Saint Helena, Saints Cyril and Methodius, The Romanovs, Sun Yat-sen, Constantine the Great, Charlemagne, Joan of Arc, Thomas Aquinas, Augustine of Hippo, Catherine of Siena, Antoni Gaudí, Michelangelo, Jean-Baptiste de La Salle, Maria Theresa, Jean Calvin, Teresa of Ávila, Anton Chekhov, Brothers Grimm, Isaac Newton, Martin Luther, Christopher Columbus, Ludwig van Beethoven, Galileo Galilei, William Shakespeare, Wolfgang Amadeus Mozart, Leonardo da Vinci, Thérèse of Lisieux, Gregor Mendel, John D. Rockefeller, Florence Nightingale, Louis Pasteur, Max Planck, Martin Luther King Jr., Mother Teresa, John F. Kennedy, Patriarch Bartholomew I of Constantinople, Pope John Paul II, Leo Tolstoy, Luiz Inácio Lula da Silva, Nelson Mandela, Lionel Messi, Carlos Slim Helú, Marissa Mayer, Novak Djokovic, Gerard Butler, Freida Pinto. Christians have made a myriad contributions in a broad and diverse range of fields, including the sciences, arts, politics, literatures and business. According to 100 Years of Nobel Prizes a review of Nobel prizes award between 1901 and 2000 reveals that (65.4%) of Nobel prizes Laureates, have identified Christianity in its various forms as their religious preference. Overall, Christians have won a total of 78.3% of all the Nobel Prizes in Peace, 72.5% in Chemistry, 65.3% in Physics, 62% in Medicine, 54% in Economics and 49.5% of all Literature awards. Anyone can use these original photos themselves among others and make another collage of (Christians) themselves or remix as they wish, as long as they give the correct source and usage/Copyright given. Dont delete the photos, if one becomes unusable due to copyright, please dont delete, just replace the photo or i will.
Malik Khizar Hayat Tiwana, the Premier of Punjab and leader of the Unionist Party, opposed the partition of India, referencing the pain that it would cause if the Punjab Province were divided.[43] He felt that Muslims, Sikhs and Hindus of the Punjab all had a common culture and was against dividing India to create a religious segregation between the same people.[44] Malik Khizar Hayat Tiwana, himself a Muslim, remarked to the separatist leader Muhammad Ali Jinnah: "There are Hindu and Sikh Tiwanas who are my relatives. I go to their weddings and other ceremonies. How can I possibly regard them as coming from another nation?"[44] Tiwana advocated for amity between the religious communities of undivided India, proclaiming March 1st as Communal Harmony Day and aiding in the establishment of a Communal Harmony Committee in Lahore presided over by Raja Narendra Nath with its secretary being Maulvi Mahomed Ilyas of Bahawalpur.[44]
English: The last Prime Minister of Punjab
Os quatro conjunto de dados possuem coeficiente de correlação de 0,816. No primeiro gráfico, a distribuição parece ser normalmente distribuída e corresponde ao que se esperaria ao considerar duas variáveis ​​correlacionadas e seguindo o pressuposto de normalidade. No segundo gráfico, a distribuição não é normalmente distribuída. Embora uma relação óbvia entre duas variáveis possa ser observada, ela não é linear. Neste caso, o coeficiente de correlação de Pearson não indica que há uma relação funcional exata – apenas a medida em que esta relação pode ser aproximada por uma relação linear. No terceiro gráfico, a relação linear é perfeita com exceção de um outlier que exerce influencia suficiente para reduzir o coeficiente de correlação de 1 para 0,816. No quarto gráfico, há outro exemplo de quando um outlier é suficiente para produzir um alto coeficiente de correlação, mesmo se a relação entre as duas variáveis não for linear.
Das Professorenkollegium der medizinischen Universität Wien, Kreidezeichnung von Olga Prager, Wien 1908–1910. Im Dekanatszimmer der medizinischen Fakultät der Universität Wien. Isidor Schnabel ist hinten stehend der dritte von links. Edmund von Neusser, Siegmund Exner-Ewarten, Ferdinand Hochstetter, Alfons Edler von Rosthorn, Anton Weichselbaum, Leopold Schrötter von Kristelli, Heinrich Obersteiner, Julius Wagner-Jauregg, Viktor von Ebner-Rofenstein, Carl Toldt, Gustav Riehl, Ottokar von Chiari, Anton von Frisch, Ernst Fuchs, Anton Freiherr von Eiselberg, Hans Horst Meyer, Ernst Ludwig, Rudolf Chrobak, Theodor Escherich, Alexander Kolisko, Julius von Hochenegg, Arthur Schattenfroh, Carl von Noorden, Emil Zuckerkandl, Richard Paltauf, Gustav Gärtner, Leopold Oser, Josef Moeller, Alois Monti, Julius Mauthner, Viktor Urbantschitsch, August Leopold von Reuss, Adolf von Strümpell, Ernest Finger, Adolf Lorenz, Friedrich Schauta[1]
Deutsch: Das Professorenkollegium der medizinischen Universität Wien, Kreidezeichnung von Olga Prager, Wien 1908–1910. Im Dekanatszimmer der medizinischen Fakultät der Universität Wien. Edmund v. Neusser, Sigmund Exner, Isidor Schnabel, Ferdinand Hochstetter, Alphons v. Rosthorn, Anton Weichselbaum, Leopold Schrötter R. v. Kristelli, Heinrich Obersteiner, Julius Wagner R. v. Jauregg, Victor Ebner v. Rofenstein, Karl Toldt, Gustav Riehl, Ottokar v. Chiari, Anton R. v. Frisch, Ernst Fuchs, Anton Freih. v. Eiselberg, Hans Horst Meyer, Ernst Ludwig, Rudolf Chrobak, Theodor Escherich, Alexander Kolisko, Julius v. Hochenegg, Arthur Schattenfroh, Karl v. Noorden, Emil Zuckerkandl, Richard Paltauf, Gustav Gärtner, Leopold Oser, Josef Moeller, Alois Monti, Julius Mauthner, Victor v. Urbantschitsch, August R. v. Reuss, Adolf v. Strümpell, Ernst Finger, Adolf Lorenz, Friedrich Schauta (Medizinische Universität Wien/Department)
Paoli's vlag van de Corsicaanse Republiek. De figuur, bekend als "het hoofd van de Moor", is ontstaan op het blazoen van het koninkrijk Aragon in Spanje. Het was oorspronkelijk het hoofd (onthecht of niet opgenomen in verschillende theorieën) van een geblinddoekte gevangene en vertegenwoordigde de open plek van de Moren van het Iberisch schiereiland. Het werd relevant voor Corsica in het 14e-eeuwse koninkrijk Sardinië en Corsica, gesponsord door Aragon, hoewel het gebruik ervan door alle Corsicaanse leiders betwistbaar is. Om de een of andere reden koos Theodore van Corsica het voor zijn onafhankelijke koninkrijk Corsica, hetzij door showmanship of omdat hij een symbool van strijd tegen buitenlandse overheersing wilde. Paoli adopteerde het om de traditie van een onafhankelijk Corsica voort te zetten, aangezien hij praktisch in Neuhoffs schoenen was gestapt. De blinddoek bleek te woest en werd teruggebracht tot een hoofdband.
Abb. 5. Diese Graphik zeigt, wie der Kapitalstock 
  
    
      
        
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 und die zugehörige Sparquote 
  
    
      
        
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 den langfristigen Gleichgewichtskonsum 
  
    
      
        
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 der Volkswirtschaft maximieren. Das Maximum liegt bei 
  
    
      
        
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    {\displaystyle c^{\mathrm {gold} }}
  
.
English: Golden Rule
Photograph of a latticework porch by Robert Seyfarth on the front of a house he designed (likely the Bournique house at 421 [later 1509] Oakwood Av., Highland Park, IL [demolished]) which appeared in the June, 1916 edition of The Craftsman magazine.  The article that accompanied the image had this to say about the design: The porch "...seems as perfect an architectural use for lattice as could be devised. There is a gracious hospitable informality about it that is most effective ... How delightfully simple are the design and proportion!"[1] This deft handling of proportion and well-considered use of ornamentation is a distinguishing quality of Seyfarth's work and one that was heralded by The Craftsman and others who advanced the cause of modern architecture: "No richness of material or cunning use of handiwork is able to redeem bad proportion; good proportion rises superior to detail and glorifies the humblest material."[2]
Image of latticework porch designed by the architect Robert Seyfarth which appeared in The Craftsman magazine, June 1916
8 - Condenseur pour champ sombre dans un dessin de 1910. Le trajet des rayons imite celui d'un condenseur plus moderne à cardioïde. Des lignes rouges et vertes sont ajoutées, pour souligner le trajet des rayons présenté dans l'original. La lumière entre par-dessous dans le corps en verre, puis est réfléchie vers l'extérieur sur une surface réfléchissante convexe. Là, elle tombe sur une surface réfléchissante concave, qui envoie les rayons en direction de l'échantillon (P). Le porte-objet (Q) repose directement sur le condenseur (avec interposition d'huile d'immersion), si bien que les rayons passent ici tout droit. La lumière qui n'est pas déviée par l'échantillon passe à côté de l'objectif. Pour le rayon vert, sur ce dessin, ceci n'est le cas que quand il n'y a pas d'huile d'immersion entre la lamelle et l'objectif : dans ce cas il est réfracté à la surface entre la lamelle et l'air en sorte qu'il n'atteint pas l'objectif.
English: Condenser for a dark field microscope. Red and green lines were added to the historical image by the uploader to better visualize the beampath Deutsch: Kondensor für ein Dunkelfeld-Mikroskop. Rote und grüne Linien wurden durch den Einsteller hinzugefügt, um den in der Originalzeichung vorhandenen Strahlengang zu verdeutlichen.
Fig. 3 Diagrama densităților de probabilitate 
  
    
      
        
          
            
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    {\displaystyle \scriptstyle \left|\psi _{n}(x)\right|^{2}}
  
 pentru stările staționare, începând cu starea fundamentală (
  
    
      
        
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    {\displaystyle \scriptstyle n=0}
  
), continuând pentru stările corespunzătoare energiilor mai mari. Pe axa orizontală se reprezintă poziția 
  
    
      
        
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    {\displaystyle \scriptstyle x}
  
; culorile mai deschise corespund densităților de probabilitate mai mari.
English: Picture of wavefunctions (and energy levels) of quantum harmonic oscillator, using color scale for probability density.
View from the foot of the architectural cross, from just inside the main entrance looking along the length of the cross. Directly before the viewer is the nave. It is a barrel vault, but the sides of the vault are arches supporting its roof. The cleared spaces beneath the arches lead to the aisles on either side, which contain memorials. Some view the three aisles as three naves. In the picture, the flag marks the end of the nave. Beyond it is the rotunda, which is empty. Above it is the embellished dome with an oculus, or opening like an eye in the center. In contrast to Roman oculi, this one is covered by a windowed cupola. Past the rotunda is the chancel, another barrel vault under which the bema is located. On its raised dais all ceremonies were conducted. At the back of the chancel is an apse at the uppermost part of the cross. The two arms or transept are not visible in this picture. They are used for memorial space.
Español: Panteón de marinos ilustres. San Fernando (Cádiz).