fschieber/wit-captions huggingface dataset:
Animated series of maps showing the Breakup of the
SFR Yugoslavia from 1991 through 1992. The colors represent the different areas of control.

     Socialist Federal Republic of Yugoslavia (1943–1992)
     Croatia (1991–)
     Slovenia (1991–)
     Republic of Serbian Krajina (1991–1995), after Croatian Army Operation Storm (1995) and after UN Transitional Administration in Eastern Slavonia, Baranja and Western Syrmia (1996–1998), part of Croatia
     Republic of Macedonia (1991–2019), Republic of North Macedonia (2019–)
     Croatian Republic of Herzeg-Bosnia (1991–1994), part of Bosnia and Herzegovina (1992–)
     Republic of Bosnia and Herzegovina (1992–1995), part of Bosnia and Herzegovina (1992–)
     Autonomous Province of Western Bosnia (1993–1995), part of Bosnia and Herzegovina (1992–)
     Federal Republic of Yugoslavia (1992–2003), Serbia and Montenegro (2003–2006), Montenegro (3 June 2006–), Serbia (5 June 2006–) and Kosovo (17 February 2008–)
     Republika Srpska (1992–1995), part of Bosnia and Herzegovina (1992–)
This is an animated GIF that shows the stages of the breakup of Yugoslavia. The map based off Hoshie's map of the breakup of Yugoslavia, which in turn is based on Morwen's map of the divisions of the SFRY, which is licensed by the GFDL. The source for the dates of independence is the CIA World Factbook. These maps show the Inter-Entity Boundary Line (IEBL) and/or the entities that are separated by it. The IEBL has been drawn based on this CIA map. Since the original maps are GFDL, this image is as well. Key:
منطقه‌های بدون جنگ‌افزار هسته‌ای
  کشورهای دارنده قدرت هسته‌ای
  کشورهایی که از طریق ناتو به جنگ‌افزار هسته‌ای دسترسی دارند (بلژیک، آلمان، ایتالیا، هلند و ترکیه)
  کشورهای عضو پیمان منع گسترش جنگ‌افزارهای هسته‌ای
                                                                        نام پیمان منطقه مساحت (کیلومتر مربع) کشورهای
عضو تاریخ اجرا سیستم پیمان جنوبگان جنوبگان ۱۴,۰۰۰,۰۰۰  ۲۳ ژوئن ۱۹۶۱ پیمان فضای بیرونی فضای بیرونی   ۱۰ اکتبر ۱۹۶۷ پیمان تلاتلولکو آمریکای لاتین و کارائیب ۲۱,۰۶۹,۵۰۱ ۳۳ ۲۵ مه ۱۹۶۹ پیمان کنترل تسلیحات در کف دریا بستر دریا   ۱۸ آوریل ۱۹۷۲ پیمان راروتونگا اقیانوس آرام جنوبی ۹,۰۰۸,۴۵۸ ۱۳ ۱۱ دسامبر ۱۹۸۶[۱] پیمان بانکوک انجمن ملل آسیای جنوب شرقی ۴,۴۶۵,۵۰۱ ۱۰ ۲۸ مارس ۱۹۹۷[۲] پیمان سمیپالاتینسک آسیای میانه ۴,۰۰۳,۴۵۱ ۵ ۲۱ مارس ۲۰۰۹[۳] پیمان پلیندابا آفریقا ۳۰,۲۲۱,۵۳۲ ۵۳ ۱۵ ژوئیه ۲۰۰۹  همه کشورهای عضو پیمان‌های منطقه بدون جنگ‌افزار هسته‌ای ۸۴,۰۰۰,۰۰۰ ۱۱۵ ۳۹٪ جمعیت جهان کشورهای دارنده جنگ‌افزار هسته‌ای ۴۱,۴۰۰,۰۰۰ ۹ ۴۷٪ جمعیت جهان کشورهایی که عضو هیچ پیمان هسته‌ای یا غیر هسته‌ای نیستند. ۲۴,۰۰۰,۰۰۰ ۶۸ ۱۴٪ جمعیت جهان
The libration angle 
  
    
      
        ϕ
      
    
    {\displaystyle \phi }
  
\phi  of Haumea's weak 7:12 resonance with Neptune, 
  
    
      
        ϕ
        =
        
          
            12
            ⋅
            λ
            −
            
              
                7
                ⋅
                
                  λ
                  
                    
                      N
                    
                  
                
                −
                
                  
                    5
                    ⋅
                    ϖ
                    −
                    
                      
                        1
                        ⋅
                        Ω
                      
                    
                  
                
              
            
          
        
      
    
    {\displaystyle \phi ={\rm {12\cdot \lambda -{\rm {7\cdot \lambda _{\rm {N}}-{\rm {5\cdot \varpi -{\rm {1\cdot \Omega }}}}}}}}}
  
, over the next 5 million years
English: The resonant angle ϕ = 12 ⋅ λ − 7 ⋅ λ N − 5 ⋅ ϖ − 1 ⋅ Ω {\displaystyle \phi ={\rm {12\cdot \lambda -{\rm {7\cdot \lambda _{\rm {N}}-{\rm {5\cdot \varpi -{\rm {1\cdot \Omega }}}}}}}}} of dwarf planet (136108) Haumea, over a period of 5 million years. Haumea is in an intermittent 7:12 resonance with Neptune, which is broken for a few hundred thousand years once every 2.3 million years. The next break will happen about 250,000 years from now. Created with A. Vitagliano's SOLEX 12.16 software (http://www.solexorb.it/)
דוגמה לסימון O גדול: 
  
    
      
        f
        (
        x
        )
        ∈
        O
        (
        g
        (
        x
        )
        )
      
    
    {\displaystyle f(x)\in O(g(x))}
  
 כי קיים 
  
    
      
        c
        >
        0
      
    
    {\displaystyle c>0}
  
 (ובפרט 
  
    
      
        c
        =
        1
      
    
    {\displaystyle c=1}
  
) ו-
  
    
      
        
          x
          
            0
          
        
      
    
    {\displaystyle x_{0}}
  
 (ובפרט 
  
    
      
        
          x
          
            0
          
        
        =
        5
      
    
    {\displaystyle x_{0}=5}
  
) עבורם 
  
    
      
         
        f
        (
        n
        )
        ≤
        
        c
        ⋅
        g
        (
        n
        )
      
    
    {\displaystyle \ f(n)\leq \;c\cdot g(n)}
  
 לכל 
  
    
      
        x
        ≥
        
          x
          
            0
          
        
      
    
    {\displaystyle x\geq x_{0}}
  
.
English: Example of Big O Notation, f(x) ∈ O(g(x))
False-color composite (processed to simulate true color) image of the island of Hawaii was constructed from data gathered between 1999 and 2001 by the Enhanced Thematic Mapper plus (ETM+) instrument, flying aboard the Landsat 8 satellite. The Landsat data was processed by the National Oceanographic and Atmospheric Administration (NOAA) to develop a landcover map. The black areas on the island (in this scene) that resemble a pair of sun-baked palm fronds are hardened lava flows formed by the active Mauna Loa Volcano. Just to the north of Mauna Loa is the dormant grayish Mauna Kea Volcano, which hasn't erupted in an estimated 3,500 years. A thin greyish plume of smoke is visible near the island's southeastern shore, rising from Kilauea—the most active volcano on Earth. Heavy rainfall and fertile volcanic soil have given rise to Hawaii's lush tropical forests, which appear as solid dark green areas in the image. The light green, patchy areas near the coasts are likely sugar cane plantations, pineapple farms, and human settlements.
This simulated true-color image of the island of Hawai'i was derived from data gathered by the Enhanced Thematic Mapper plus (ETM+) on the Landsat 7 satellite between 1999 and 2001.
Ο Πρωθυπουργός κατά την διάρκεια συνάντησης με τον Τούρκο Πρωθυπουργό Αμπντουλάχ Γκιούλ, στα πλαίσια της συνόδου κορυφής των χωρών - μελών της «Διαδικασία Συνεργασίας Νοτιοανατολικής Ευρώπης» (SEECP), τον Ιούνιο του 2010. «...Το κληροδότημα του  Ψυχρού Πολέμου μας κράτησε διαιρεμένους, οι εθνοτικές διαμάχες μαίνονταν επί σειρά ετών, ιδίως κατά τον προηγούμενο αιώνα, η έλλειψη σεβασμού απέναντι σε σύνορα και μειονότητες ταλάνισε τα Βαλκάνια, κάνοντάς μας μαριονέτες στα χέρια των μεγάλων δυνάμεων, σε τέτοιο βαθμό που η λέξη «βαλκανιοποίηση» έγινε συνώνυμη της διάλυσης. Σήμερα, βαδίζουμε προς την ολοκλήρωση, και εδώ συνοψίζεται η αξία της ευρωπαϊκής οικογένειας και της Ευρωπαϊκής Ένωσης, καθώς θέτει ένα ασφαλές πλαίσιο ενταξιακής ολοκλήρωσης, αποδίδοντας ειρηνευτικές διαστάσεις στο όλο εγχείρημα υπέρ του συνόλου της περιοχής. Σε αυτό ανάγεται και η σημασία της πρωτοβουλίας μας, με ορίζοντα το έτος 2014.(...)»' http://archive.papandreou.gr/papandreou/content/Document.aspx?d=6&rd=7739474&f=1721&rf=-1853366823&m=12986&rm=16313255&l=2
Turkish President Abdullah Gul (R) with Greek Prime Minister Georges Papandreou on June 23, 2010 during the South East Europe Cooperation Process (SEECP) summit at Ciragan Palace in Istanbul.
Communes du Territoire de Belfort et des départements voisins où le terrain houiller est identifié.      Exploitation industrielle Tentative artisanale Inexploitée    Liste[13],[2]  Exploitation industrielle : 
 Ronchamp, Champagney et Magny-Danigon 
 Tentative artisanale : 
 Anjoutey, Roppe, Étueffont, Thann, Bitschwiller-lès-Thann, Uffholtz, Sentheim, Romagny et Illfurth 
 Inexploitée : 
 Mélisey, Saint-Germain, Froideterre, Lantenot, La Neuvelle-lès-Lure, Bouhans-lès-Lure, Rignovelle, Linexert, Franchevelle, Quers, Adelans, Belverne, Lomont, Courmont, Étobon, Clairegoutte, Magny-Jobert, Lyoffans, La Côte, Roye, Frédéric-Fontaine, Malbouhans, Saint-Barthélemy, Plancher-Bas, Frahier, Chenebier, Échavanne, Évette-Salbert, Sermamagny, Éloie, Lachapelle-sous-Chaux, Chaux, Giromagny, Rougegoutte, Grosmagny, Petitmagny, Rougemont, Mortzwiller, Lauw, Masevaux, Niederbruck, Bourbach-le-Haut, Bourbach-le-Bas, Vieux-Thann, Steinbach, Wattwiller, Roderen, Leimbach, Zimmersheim, Habsheim, Altkirch, Felon, Offemont, Valdoie et Belfort.  
Français : Carte des gisements identifiés du bassin houiller stéphanien sous-vosgiens.
Bloch sphere representation of a qubit. The probability amplitudes for the superposition state, 
  
    
      
        
          |
        
        ψ
        ⟩
        =
        α
        
          |
        
        0
        ⟩
        +
        β
        
          |
        
        1
        ⟩
        ,
        
      
    
    {\displaystyle |\psi \rangle =\alpha |0\rangle +\beta |1\rangle ,\,}
  
 are given by 
  
    
      
        α
        =
        cos
        ⁡
        
          (
          
            
              θ
              2
            
          
          )
        
      
    
    {\displaystyle \alpha =\cos \left({\frac {\theta }{2}}\right)}
  
 and 
  
    
      
        β
        =
        
          e
          
            i
            ϕ
          
        
        sin
        ⁡
        
          (
          
            
              θ
              2
            
          
          )
        
      
    
    {\displaystyle \beta =e^{i\phi }\sin \left({\frac {\theta }{2}}\right)}
  
.
1808 commemorative stained glass window in Shute Church, Devon, south window of south transept, showing arms of Sir William Templer-Pole, 7th Baronet (1782–1847), son of 6th Baronet, impaling the arms of Templer, the family of his first cousin and first wife Sophia-Anne Templer (1788–1808), following whose death the window was made. Arms: Baron: quarterly 1st and 4th, Pole;  2nd & 3rd: Ermine, a millrind sable (Mills), over all an inescutcheon the Red Hand of Ulster; impaling femme: quarterly azure and gules, on a mount in base vert the perspective of an antique temple argent of three stories, each embattled; from the second battlement two steeples, and from the top, one, each ending in a cross sable on the pinnacle; in the first quarter an eagle displayed; in the second a stag trippant regardant or (Templer, granted 1765). The canting motto of Pole is shown below: Pollet Virtus, from the Latin verb Polleo, to be strong, mighty,[16] thus: "Virtue is powerful",[17] but which may also be read as Poll et Virtus, "Pole and Virtue"
English: 1808 commemorative stained glass window in Shute Church, Devon, south window of south transept, showing arms of Sir William Templer-Pole, 7th Baronet (1782-1847) impaling the arms of Templer, the family of his first cousin first wife Sophia_Anne Templer (1788-1808), following whose death the window was made. Arms: Baron: quarterly 1st and 4th, Pole; 2nd & 3rd: Mills, impaling femme: quarterly azure and gules, on a mount in base vert the perspective of an antique temple argent of three stories, each embattled; from the second battlement two steeples, and from the top, one, each ending in a cross sable on the pinnacle; in the first quarter an eagle displayed; in the second a stag trippant regardant or (Templer) (Source of blazon of Templer arms based on Parker's Heraldry)
Drei Wellenfunktionen als spezielle Lösungen der zeitabhängigen Schrödinger-Gleichung für ein Elektron in einem Potential eines Harmonischen Oszillators. Links: Realteil (blau) und Imaginärteil (rot) der Wellenfunktion. Rechts: Die Wahrscheinlichkeit das Elektron in einer bestimmten Position zu finden. Die obere Reihe zeigt einen Eigenzustand mit niedriger Energie, die mittlere Reihe zeigt einen Energiezustand mit höherer Energie und die untere Reihe stellt die quantenmechanische Superposition der beiden oberen Zustände dar. Dabei bilden die beiden oberen, rechten Abbildungen im Gegensatz zur unteren, rechten Abbildung stationäre Zustände ab. Die untere, rechte Abbildung verdeutlicht, dass sich das  Elektron im superpositionierten Zustand hin und her bewegt. Diese oszillierende Bewegung des Elektrons ist aber genau die Ursache eines oszillierenden, elektrischen Dipolmoments, welches zur Abstrahlung elektromagnetischer Wellen führt. Sie ist also direkt proportional zur Übergangswahrscheinlichkeit zwischen beiden Eigenzuständen.
English: Three wavefunction solutions to the Time-Dependent Schrödinger equation for a harmonic oscillator. Left: The real part (blue) and imaginary part (red) of the wavefunction. Right: The probability of finding the particle at a certain position. The top two rows are the lowest two energy eigenstates, and the bottom is the superposition state , which is not an energy eigenstate. The right column illustrates why energy eigenstates are also called "stationary states". Thus in every quantum stae,there are certain preferred positions of maximum probability
Chichén Itzá'daki Kukulkán (okunuşuyla Kukuul Kaan) Piramidi'nin kuzey cephesi. Mayalar bu piramidi astronomi ve matematik bilgilerini ortaya koymak istercesine belirli bir sistemle inşa etmişlerdir. Örneğin piramidin dört cephesinin her birinde 91 basamak yer alır. Böylece 4x91’le bulduğumuz 364 sayısına en tepedeki düzlüğü de +1 olarak eklediğimizde yıldaki günlerin sayısı olan 365'i buluruz. Ayrıca, piramidi yönlendirme ve inşa etme tercihleri sayesinde, ilkbahar ve sonbaharda ekinoksların gerçekleştiği anlarda, güneş ışınları, piramidin çıkıntıları sayesinde, merdiven basamaklarının dibinde bulunan iki yılan başı yontusunun "S’ler çizen bir gövde uzantısı" oluşacak şekilde bir gölge oluşturmasını sağlar. (İki başlı yılan) Bu yılan, piramidin tepesindeki bir tüylü yılan oymasından anlaşılabileceği gibi, Kukulkan adıyla bilinen ilah tüylü yılandır.[1] (Yılanın, vücudunun gökcisimlerinin yörüngelerinin şeklini alabilmesi yani S'ler çizebilmesi özelliğinden ötürü Mayalar’da göksel bir sembol olarak seçilmiş olduğu düşünülür.)
English: north side of El Castillo. Español: Fachada NNE nor-noreste, pueden observarse los 9 basamentos, y gran parte de los paneles en bajorrelieve. En la parte superior del templete puede verse la única de las 20 almenas que adornaban el techo, durante las ceremonias los mayas itzáes solían colocar 20 banderas de plumas. En el inferior de la escalinata central se observan dos cabezas de serpiente emplumadas adornando el inicio o final de los balaustres o pretiles. Euskara: Kukulkanen Tenpluko eskailerak. Nederlands: noordkant van El Castillo. Português: Fachada NNE nor-nordeste, podem observar-se os 9 embasamentos, e grande parte dos painéis em baixo-relevo. Na parte superior do templo do topo pode ver-se a única das 20 ameias que enfeitavam o teto, durante as cerimônias os maias itzáes costumavam colocar 20 bandeiras de canetas. No inferior da escadaria central observam-se duas cabeças de serpente emplumadas enfeitando o começo ou final dos balaustres. Türkçe: Chichén Itzá'daki Kukulkán (okunuşuyla Kukuul Kaan) Piramidi'nin kuzey cephesi. Mayalar bu piramidi astronomi ve matematik bilgilerini ortaya koymak istercesine belirli bir sistemle inşa etmişlerdir. Örneğin piramidin dört cephesinin her birinde 91 basamak yer alır. Böylece 4x91’le bulduğumuz 364 sayısına en tepedeki düzlüğü de +1 olarak eklediğimizde yıldaki günlerin sayısı olan 365’i buluruz. Ayrıca, piramidi yönlendirme ve inşa etme tercihleri sayesinde, ilkbahar ve sonbaharda ekinoksların gerçekleştiği anlarda, güneş ışınları, piramidin çıkıntıları sayesinde, merdiven basamaklarının dibinde bulunan iki yılan başı yontusunun "S’ler çizen bir gövde uzantısı" oluşacak şekilde bir gölge oluşturmasını sağlar. (İki başlı yılan) Bu yılan, piramidin tepesindeki bir tüylü yılan oymasından anlaşılabileceği gibi, Kukulkan adıyla bilinen ilah tüylü yılandır.[1] (Yılanın, vücudunun gökcisimlerinin yörüngelerinin şeklini alabilmesi yani S'ler çizebilmesi özelliğinden ötürü Mayalar’da göksel bir sembol olarak seçilmiş olduğu düşünülür.).
මෝටර් රථ එන්ජිමක් හෝ සයිරන් නලාවක් නිරීක්ෂකයකු දෙසට ළඟා වන විට, නිරීක්ෂකයාගෙන් ඉවතට යන විට දී ට වඩා එහි ශබ්දයෙහි තාරතාවය උස් වී ශ්‍රවණය වීමට ඩොප්ලර් ආචරණය හේතු වන අන්දම මෙම චලන චිත්‍රය මගින් නිරූපණය කරයි. රෝස පැහැ චාප ධ්වනි තරංග යි. රථය වම් පසට යත් ම, කිසියම් ස්ථානයක දී නිකුත් කරන ලද අනුයාත තරංග දෙකකින් පළමු වැන්න වම් පසට ගමන් කරන දුරට වඩා දුරක් දෙවැන්න වම් පසට ගමන් කරයි. එමනිසා මෝටර් රථයට ඉදිරියෙන් (වම් පසින්) සිටින නිරීක්ෂකයකු දෙසට එන සෑම තරංගයක් ම ඔහු වෙත ඒමට ගන්නා කාලය ඊට පෙර තරංගය ඔහු වෙත ඒමට ගන්නා කාලයට වඩා සුළු වශයෙන් අඩු වේ. මෙලෙස තරංගවල එකට කැටිවීම, ‍අනුයාත තරංග පෙරමුණු දෙකක් නිරීක්ෂකයා වෙත ළඟා වීමට ගන්නා කාල පරාසයන් ක්‍රමයෙන් අඩුවීමට හේතු වන නිසා එය උස් සංඛ්‍යාතයක් ශ්‍රවණය වීමට හේතු වේ. මෝටර් රථයට පසුපසින් (දකුණු පසින්) සිටින නිරීක්ෂකයකු දෙසට එන සෑම තරංගයක් ම ඔහු වෙත ඒමට ගන්නා කාලය ඊට පෙර තරංගය ඔහු වෙත ඒමට ගන්නා කාලයට වඩා සුළු වශයෙන් වැඩි වේ. මෙලෙස තරංගවල පැතිරීම, ‍අනුයාත තරංග පෙරමුණු දෙකක් නිරීක්ෂකයා වෙත ළඟා වීමට ගන්නා කාල පරාසයන් ක්‍රමයෙන් වැඩි වීමට හේතු වන නිසා එය සුළු වශයෙන් අඩු සංඛ්‍යාතයක් ශ්‍රවණය වීමට හේතු වේ.
Visualisation of doppler effect.
Zusammensetzung der neu gewählten Lok Sabha (Farbgebung wie oben), Kleinparteien ohne Farbe sind von der Sitzordnung den Parteien zugeordnet, die sie unterstützen, soweit bekannt. Zwei Abgeordnete werden durch den Staatspräsidenten ernannt.  1. Kongresspartei und Verbündete: 375
﻿Indischer Nationalkongress 353
 ﻿J & K National Conference 3
 ﻿Dravida Munnetra Kazhagam 16
 ﻿Andere Kongresspartei-Assoziierte: 3
       Kerala Congress 1
       Muslim League 2
 2. Janata Alliance: 34
 ﻿Janata Party 31
 ﻿A. I. A. Dravida Munnetra Kazhagam 2
 ﻿Shiromani Akali Dal 1
 3. Andere ohne klare oder mit unbekannter Zuordnung: 66
 ﻿Lok Dal 41
 ﻿Indian National Congress (Urs) 13
 ﻿Andere und Unabhängige 12:
       Sikkim Janata Parishad 1
       Maharashtrawadi Gomantak Party 1
       Jharkhand Party 1
       Unabhängige 9 
 4. Kommunistische und linkssozialistische Parteien: 54
 ﻿CPI (Marxist) 37
 ﻿Kommunistische Partei Indiens 10
 ﻿Revolutionary Socialist Party 4
 ﻿All India Forward Bloc 3
 5. Nominierte: 2
 ﻿vom Staatspräsidenten ernannt 2
A schematic depicting how a material's rising R-curve leads to added crack stability. Two different crack driving force curves are applied to the material, 
  
    
      
        
          G
          
            1
          
        
        (
        a
        )
      
    
    {\displaystyle G_{1}(a)}
  
 and 
  
    
      
        
          G
          
            2
          
        
        (
        a
        )
      
    
    {\displaystyle G_{2}(a)}
  
. Even though both are initially unstable, due to their different slopes 
  
    
      
        
          G
          
            1
          
        
        (
        a
        )
      
    
    {\displaystyle G_{1}(a)}
  
 will unstably propagate the crack while 
  
    
      
        
          G
          
            2
          
        
        (
        a
        )
      
    
    {\displaystyle G_{2}(a)}
  
 will arrest the crack after propagating it a short distance 
  
    
      
        δ
        a
      
    
    {\displaystyle \delta a}
  
.
English: The green data represents the materials crack growth extension while the red data represents two different applied driving force curves. The second curve is arrested as it intersects with the resistance curve, while the first one continues to propagate.
Kandidaten der UPA. In 540 der 543 Wahlkreise trat ein Kandidat der UPA an. Um konkurrierende Doppelkandidaturen zu vermeiden, hatten sich die UPA-Parteien auf einen gemeinsamen Kandidaten pro Wahlkreis geeinigt. In den Wahlkreisen UP-21 (Mainpuri) und UP-42 (Kannauj) verzichtete die UPA auf die Aufstellung von Kandidaten, da dies die Wahlkreise von Mulayam Singh Yadav und Dimple Yadav von der Samajwadi Party (SP) sind. Im Gegenzug verzichtete die SP auf die Aufstellung von Kandidaten in den Wahlkreisen von Sonia Gandhi (UP-36, Rae Bareli) und Rahul Gandhi (UP-37, Amethi).[12]  ﻿Indischer Nationalkongress (landesweit)
 ﻿Nationalist Congress Party (Maharashtra, Gujarat und Bihar)
 ﻿Rashtriya Janata Dal (Bihar)
 ﻿Rashtriya Lok Dal (Uttar Pradesh)
 ﻿National Conference (Jammu and Kashmir)
 ﻿Jharkhand Mukti Morcha (Jharkhand)
 ﻿Mahan Dal (Uttar Pradesh)
 ﻿Indian Union Muslim League (Kerala)
 ﻿Socialist Janata (Democratic) (Kerala)
 ﻿Kerala Congress (M) (Kerala)
 ﻿Revolutionary Socialist Party (Kerala)
 ﻿kein gemeinsamer Kandidat
English: Seat-sharing arrangement of the INC-led UPA for the 2014 Indian general election. Key   Indian National Congress (National Party)   Nationalist Congress Party (Maharashtra, Gujarat and Bihar)   Rashtriya Janata Dal (Bihar)   Rashtriya Lok Dal (Uttar Pradesh)   National Conference (Jammu and Kashmir)   Jharkhand Mukti Morcha (Jharkhand)   Mahan Dal (Uttar Pradesh)   Indian Union Muslim League (Kerala)   Socialist Janata (Democratic) (Kerala)   Kerala Congress (M) (Kerala)   Revolutionary Socialist Party (Kerala)   None
Binäres Entscheidungsdiagramm für die Funktion 
  
    
      
        f
        (
        
          x
          
            1
          
        
        ,
        .
        .
        .
        ,
        
          x
          
            8
          
        
        )
        =
      
    
    {\displaystyle f(x_{1},...,x_{8})=}
  
 
 
  
    
      
        
          x
          
            1
          
        
        
          x
          
            2
          
        
        ∨
        
          x
          
            3
          
        
        
          x
          
            4
          
        
        ∨
        
          x
          
            5
          
        
        
          x
          
            6
          
        
        ∨
        
          x
          
            7
          
        
        
          x
          
            8
          
        
      
    
    {\displaystyle x_{1}x_{2}\vee x_{3}x_{4}\vee x_{5}x_{6}\vee x_{7}x_{8}}
  
 mit schlechter Variablenordnung
El licenciado José González de Uzqueta (c.1583-1668), iii señor de Boadilla del Monte, caballero de Santiago, ministro del Consejo y Cámara de Castilla, presidente de los de Hacienda e Indias y comisario general de Cruzada. Fue un burócrata o covachuelista de gran talento, protegido del conde-duque de Olivares, e hizo una brillante carrera administrativa durante el reinado de Felipe IV. Según Domínguez Ortiz, el rey «le apreciaba por la fertilidad de su ingenio, y apenas hubo junta, particularmente si se trataba de arbitrar recursos, de la que estuviera ausente. Parece que tampoco descuidaba sus propios intereses, y, pretextando algunas irregularidades de poca monta, al morir el Rey se le hicieron cargos, seguramente dictados más por la emulación que por la justicia. Una muerte oportuna, en 1668, le libró de estos enojos.» Fundó mayorazgo con facultad real en 1667, vinculando cuantiosos bienes y el estado de Boadilla. Su retrato se conserva en la iglesia de Santa Eulalia de la ciudad de Arnedo, de la que fue gran benefactor.
Español: Retrato de José González de Uzqueta (1583-1668). Iglesia de Santa Eulalia, en Arnedo (España).