"egentilstand" meaning in Danish

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  "etymology_text": "egen- + tilstand",
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  "lang": "Danish",
  "lang_code": "da",
  "pos": "noun",
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      "examples": [
        {
          "english": "... the probability per unit time of the system transitioning from the initial state a (eigenstate of Hᵢ) to the final state b (eigenstate of H_f) ...",
          "ref": "1981, Jens Ulstrup, Kemiske elementarprocesser i kondenserede medier:",
          "text": "... sandsynligheden pr. tidsenhed for, at systemet overgår fra begyndelsestilstanden a (egentilstand af Hᵢ) til sluttilstanden b (egentilstand af H_f) ...",
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          "english": "This photonic state, which is called the coherent one, may mathematically characterized by being an eigenstate of the so-called photon annihilation operator ̂a with eigenvalue α.",
          "ref": "1985, Fysisk tidsskrift:",
          "text": "Denne foton-tilstand, som kaldes den kohærente, kan matematisk karakteriseres ved, at den er en egentilstand for den såkaldte foton annihilations operator^([sic]) #92;hata med egenværdi #92;alpha.",
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        {
          "english": "What therefore seems to be needed to enable us to understand the relation between energy states and the direction of time in quantum mechanics is a higher-order \"time sense\"-operator, such that both +H and -H will be eigenstates of this operator.",
          "ref": "1981, Jan Faye, Et naturfilosofisk essay om tid og kausalitet:",
          "text": "Hvad der derfor synes at være brug for, for at vi bliver i stand til at forstå sammenhængen mellem energitilstande og tidsretning i kvantemekanikken er en højereordens \"time sense\"-operator, således at +H og -H begge vil være egentilstande af denne operator.",
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        }
      ],
      "glosses": [
        "eigenstate"
      ],
      "id": "en-egentilstand-da-noun-xp43ZeNL",
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          "eigenstate",
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        "(physics) eigenstate"
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        "natural-sciences",
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        "physics"
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  "word": "egentilstand"
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  "etymology_text": "egen- + tilstand",
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  "pos": "noun",
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          "english": "... the probability per unit time of the system transitioning from the initial state a (eigenstate of Hᵢ) to the final state b (eigenstate of H_f) ...",
          "ref": "1981, Jens Ulstrup, Kemiske elementarprocesser i kondenserede medier:",
          "text": "... sandsynligheden pr. tidsenhed for, at systemet overgår fra begyndelsestilstanden a (egentilstand af Hᵢ) til sluttilstanden b (egentilstand af H_f) ...",
          "type": "quote"
        },
        {
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          "ref": "1985, Fysisk tidsskrift:",
          "text": "Denne foton-tilstand, som kaldes den kohærente, kan matematisk karakteriseres ved, at den er en egentilstand for den såkaldte foton annihilations operator^([sic]) #92;hata med egenværdi #92;alpha.",
          "type": "quote"
        },
        {
          "english": "What therefore seems to be needed to enable us to understand the relation between energy states and the direction of time in quantum mechanics is a higher-order \"time sense\"-operator, such that both +H and -H will be eigenstates of this operator.",
          "ref": "1981, Jan Faye, Et naturfilosofisk essay om tid og kausalitet:",
          "text": "Hvad der derfor synes at være brug for, for at vi bliver i stand til at forstå sammenhængen mellem energitilstande og tidsretning i kvantemekanikken er en højereordens \"time sense\"-operator, således at +H og -H begge vil være egentilstande af denne operator.",
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  "word": "egentilstand"
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