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          "Der D0-Detektor (häufig geschrieben als DØ, um deutlich zu machen, dass es sich um die Ziffer Null und nicht um den Buchstaben O handelt) ist einer von zwei großen Detektoren am Teilchenbeschleuniger Tevatron, der am Fermi National Accelerator Laboratory (Fermilab) betrieben wurde. Der Detektor untersuchte die bei der Kollision von Protonen und Antiprotonen entstehenden Produkte, also Hadronen, Leptonen und Photonen.",
          "L'experiment DØ (a voltes escrit D0 o DZero) és una col·laboració internacional de físics de partícules que, junt a l'experiment , va ser operativa al col·lisionador Tevatron del laboratori Fermilab a Batàvia (Illinois, EUA) des del 1989 fins al 2011 La recerca de D0 està focalitzada en l'estudi precís de les interaccions i partícules elementals, descrites pel model estàndard, en col·lisions de protons i antiprotons a energies en el centre de massa de fins a 1.96 TeV. L'experiment va descobrir (juntament amb CDF) el quark cim el 1995, i les oscil·lacions dels mesons B.",
          "Het DØ-experiment is een natuurkundig experiment dat werd gedaan met de DØ- op het Fermilab. Het onderzoek op de verkregen data wordt gedaan door een internationaal samenwerkingsverband van dat op zijn hoogtepunt ongeveer 600 wetenschappers telde. Het experiment heeft metingen verricht aan botsingen van protonen en antiprotonen om uitspraken te kunnen doen over subatomaire materie.",
          "O aparato experimental DØ (por vezes escrito experimento \"D0\", ou experimento \"DZero\") consiste em uma colaboração mundial de cientistas realizando pesquisas sobre a natureza fundamental da matéria. Ele foi um dos dois experimentos principais (o outro é o experimento \"CDF\"), localizado no segundo maior acelerador em energia do mundo, o \"Tevatron Collider\", no Fermilab, em Batavia, Illinois, EUA. O Grande Colisor de Hádrons (em inglês: Large Hadron Collider - LHC) do CERN, é o maior acelerador de partículas do mundo) O DØ é composto por quatro sub-detectores:",
          "The DØ experiment (sometimes written D0 experiment, or DZero experiment) was a worldwide collaboration of scientists conducting research on the fundamental nature of matter. DØ was one of two major experiments (the other was the CDF experiment) located at the Tevatron Collider at Fermilab in Batavia, Illinois. The Tevatron was the world's highest-energy accelerator from 1983 until 2009, when its energy was surpassed by the Large Hadron Collider. The DØ experiment stopped taking data in 2011, when the Tevatron shut down, but data analysis is still ongoing. The DØ detector is preserved in Fermilab's DØ Assembly Building as part of a historical exhibit for public tours.",
          "L'esperimento DØ (talvolta scritto D0 o DZero) è una collaborazione di scienziati che conducono ricerche sulla natura fondamentale della materia. DØ è stato uno dei due principali esperimenti (insieme a CDF) che raccoglievano i dati delle collisioni protone-antiprotone prodotte dall'acceleratore Tevatron, situato al laboratorio Fermilab, vicino a Chicago. La ricerca è focalizzata su studi di precisione di interazioni fra protoni e antiprotoni alle energie più alte disponibili al tempo." ] ,
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          "DØ (comme l'écrivent ses promoteurs) ou D0 (lire DZero en anglais), est une expérience de physique des particules localisée à Fermilab (Chicago, États-Unis) sur l'accélérateur Tevatron. Le nom du projet vient de celui de la zone d’accueil de l’accélérateur sur lequel on cherche à mesurer la masse du boson de Higgs, qui échappe encore à une détection directe.",
          "Het DØ-experiment is een natuurkundig experiment dat werd gedaan met de DØ- op het Fermilab. Het onderzoek op de verkregen data wordt gedaan door een internationaal samenwerkingsverband van dat op zijn hoogtepunt ongeveer 600 wetenschappers telde. Het experiment heeft metingen verricht aan botsingen van protonen en antiprotonen om uitspraken te kunnen doen over subatomaire materie.",
          "Der D0-Detektor (häufig geschrieben als DØ, um deutlich zu machen, dass es sich um die Ziffer Null und nicht um den Buchstaben O handelt) ist einer von zwei großen Detektoren am Teilchenbeschleuniger Tevatron, der am Fermi National Accelerator Laboratory (Fermilab) betrieben wurde. Der Detektor untersuchte die bei der Kollision von Protonen und Antiprotonen entstehenden Produkte, also Hadronen, Leptonen und Photonen. Im Inneren des Detektors befindet sich ein Spurnachweissystem, bestehend aus einem Siliziumtracker und einem Toroidmagneten zur Impulsbestimmung. Die zweite Schicht bildet ein Kalorimeter mit flüssigem Argon und Uran als Absorbermaterial. Die äußerste Schicht besteht aus einem System von Driftkammern zur Detektierung von Myonen. Mit Hilfe eines Magnetsystems wird ein Magnetfeld von 2 Tesla Stärke zur Impulsbestimmung erzeugt. Komplementiert wird der Detektor durch ein Luminositätssystem zur Bestimmung der Kollisionsrate und einen Protonendetektor in der Vorwärtsrichtung (Forward Proton Detector) zur Untersuchung elastischer Stöße. Es wurden zwei Betriebsphasen unterschieden: Run I von 1994 bis 1996 und Run II von 2001 bis zur Abschaltung des Tevatrons am 30. September 2011. Zusammen mit der CDF-Kollaboration, am gleichen Labor beheimatet, wurde 1995 das Top-Quark entdeckt.",
          "L'esperimento DØ (talvolta scritto D0 o DZero) è una collaborazione di scienziati che conducono ricerche sulla natura fondamentale della materia. DØ è stato uno dei due principali esperimenti (insieme a CDF) che raccoglievano i dati delle collisioni protone-antiprotone prodotte dall'acceleratore Tevatron, situato al laboratorio Fermilab, vicino a Chicago. La ricerca è focalizzata su studi di precisione di interazioni fra protoni e antiprotoni alle energie più alte disponibili al tempo.",
          "O aparato experimental DØ (por vezes escrito experimento \"D0\", ou experimento \"DZero\") consiste em uma colaboração mundial de cientistas realizando pesquisas sobre a natureza fundamental da matéria. Ele foi um dos dois experimentos principais (o outro é o experimento \"CDF\"), localizado no segundo maior acelerador em energia do mundo, o \"Tevatron Collider\", no Fermilab, em Batavia, Illinois, EUA. O Grande Colisor de Hádrons (em inglês: Large Hadron Collider - LHC) do CERN, é o maior acelerador de partículas do mundo) O DØ é composto por quatro sub-detectores: 1. \n* Detectores de trajetória e de vértice (SMT e CFT) 2. \n* Calorímetros Eletromagnético e Hadrônico 3. \n* Detectores de Múons 4. \n* Dectector de Prótons Frontais (FPD) A pesquisa do experimento DØ está focada em estudos precisos de interações de prótons e antiprótons no mais altos níveis de energia disponíveis. Trata-se de uma intensa busca por pistas subatômicas que revelem o caráter dos blocos de construção do universo.",
          "The DØ experiment (sometimes written D0 experiment, or DZero experiment) was a worldwide collaboration of scientists conducting research on the fundamental nature of matter. DØ was one of two major experiments (the other was the CDF experiment) located at the Tevatron Collider at Fermilab in Batavia, Illinois. The Tevatron was the world's highest-energy accelerator from 1983 until 2009, when its energy was surpassed by the Large Hadron Collider. The DØ experiment stopped taking data in 2011, when the Tevatron shut down, but data analysis is still ongoing. The DØ detector is preserved in Fermilab's DØ Assembly Building as part of a historical exhibit for public tours. DØ research is focused on precise studies of interactions of protons and antiprotons at the highest available energies. These collisions result in \"events\" containing many new particles created through the transformation of energy into mass according to the relation E=mc2. The research involves an intense search for subatomic clues that reveal the character of the building blocks of the universe." ] ,
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