Second quantization
Second quantization, also referred to as occupation number representation, is a formalism used to describe and analyze quantum many-body systems. In quantum field theory, it is known as canonical quantization, in which the fields (typically as the wave functions of matter) are thought of as field operators, in a manner similar to how the physical quantities (position, momentum, etc.) are thought of as operators in first quantization. The key ideas of this method were introduced in 1927 by Paul Dirac, and were developed, most notably, by Vladimir Fock and Pascual Jordan later.
2nd quantizationAlbert_EinsteinAnti-symmetric operatorBargmann–Wigner equationsBeam splitterBose–Hubbard modelCanonical quantizationCasimir effectCluster-expansion approachContinuous-time quantum Monte CarloCoupled clusterCreation and annihilation operatorsDirac equationEigenstate thermalization hypothesisFelix BerezinFermionic fieldField QuantizationFirst quantizationFock stateGrassmann numberGross–Pitaevskii equationHeat transfer physicsHistory of quantum field theoryHubbard modelJames Bruce FrenchKubo formulaLight-front quantization applicationsMagnonMajorana fermionMöbius functionNeutrino theory of lightNonlinear Schrödinger equationOccupation number representationParticle number operatorPhononPolaronPrimon gasPéter SurjánQuantization (physics)Quantization of the electromagnetic field
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Second quantization
Second quantization, also referred to as occupation number representation, is a formalism used to describe and analyze quantum many-body systems. In quantum field theory, it is known as canonical quantization, in which the fields (typically as the wave functions of matter) are thought of as field operators, in a manner similar to how the physical quantities (position, momentum, etc.) are thought of as operators in first quantization. The key ideas of this method were introduced in 1927 by Paul Dirac, and were developed, most notably, by Vladimir Fock and Pascual Jordan later.
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Kuantisasi kedua, juga disebut ...... dimir Fock dan Pascual Jordan.
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La seconda quantizzazione è il ...... ladimir Fock e Pascual Jordan.
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La seconde quantification, aus ...... de créer un quantum d'énergie.
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La segunda cuantización es un ...... ículas en bosones y fermiones.
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Second quantization, also refe ...... the quantum many-body theory.
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Втори́нне квантува́ння — проце ...... ирину спектральних ліній тощо.
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Втори́чное квантова́ние (канон ...... физики конденсированных сред.
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物理學中,正則量子化是多種對進行量子化的數學方法中的一種;在 ...... 性,所以即使在粒子数守恒的非相对论多体问题中,也被广泛应用。
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第二量子化(だいにりょうしか, 英: second quan ...... 子論をフォック空間で考えることを第二量子化と呼ぶこともある。
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양자장론에서, 정준 양자화란 주어진 고전 이론을 양자화 ...... 를 일컫는데, 이 구조는 이론을 양자화하여도 보존된다.
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1,023,305,834
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date
April 2015
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project
Wikiversity
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reason
There is no mention of an orde ...... ber instead of spin structure?
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Kuantisasi kedua, juga disebut ...... dimir Fock dan Pascual Jordan.
@in
La seconda quantizzazione è il ...... ladimir Fock e Pascual Jordan.
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La seconde quantification, aus ...... um représentant une particule.
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La segunda cuantización es un ...... ículas en bosones y fermiones.
@es
Second quantization, also refe ...... Fock and Pascual Jordan later.
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Втори́нне квантува́ння — проце ...... ий називається простором Фока.
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Втори́чное квантова́ние (канон ...... физики конденсированных сред.
@ru
物理學中,正則量子化是多種對進行量子化的數學方法中的一種;在 ...... 性,所以即使在粒子数守恒的非相对论多体问题中,也被广泛应用。
@zh
第二量子化(だいにりょうしか, 英: second quan ...... 子論をフォック空間で考えることを第二量子化と呼ぶこともある。
@ja
양자장론에서, 정준 양자화란 주어진 고전 이론을 양자화 ...... 를 일컫는데, 이 구조는 이론을 양자화하여도 보존된다.
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label
Andrakvantisering
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Kuantisasi kedua
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Second quantization
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Seconda quantizzazione
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Seconde quantification
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Segunda cuantización
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Zweite Quantisierung
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Вторинне квантування
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Вторичное квантование
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正則量子化
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