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Quantum mechanics gradually arose from theories to explain observations which could not be reconciled with classical physics, such as Max Planck's solution in 1900 to the black-body radiation problem, and from the correspondence between energy and frequency in Albert Einstein's 1905 paper which explained the photoelectric effect. Early quantum theory was profoundly re-conceived in the mid-1920s by Erwin Schrödinger, Werner Heisenberg, Max Born and others. The modern theory is formulated in various specially developed mathematical formalisms. In one of them, a mathematical function, the wave function, provides information about the probability amplitude of energy, momentum, and other physical properties of a particle.

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量子力学は、1900年のマックスプランクの黒体放射問題に対する解法などの古典的な物理学と調和し得なかった観測を説明するための理論から、および光電と効果。初期量子テオ

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Quantum mechanics is from theory to explain observations that could not be harmonized with classical physics, such as the solution to Max Planck's blackbody radiation problem in 1900, and from photoelectric and effects. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のマックスプランクの黒体放射問題の解決など、古典的な物理学と調和させることができなかった観測を説明する理論から、および光電効果からです。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is from theory describing observations that could not be harmonized with classical physics, such as the solution of Max Planck's blackbody radiation problem in 1900, and from the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のマックスプランクの黒体放射問題の解決など、古典的な物理学と調和させることができなかった観測を説明する理論と、光電効果によるものです。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is due to the theory describing observations that could not be harmonized with classical physics, such as the solution of Max Planck's blackbody radiation problem in 1900, and the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のマックスプランクの黒体放射問題の解決や光電効果など、古典的な物理学と調和させることができなかった観測を記述する理論によるものです。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is based on a theory that describes observations that could not be harmonized with classical physics, such as the solution of Max Planck's blackbody radiation problem in 1900 and the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のMax Planckの黒体放射問題の解決や光電効果など、古典的な物理学と調和させることができなかった観測を記述する理論に基づいています。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is based on theories describing observations that could not be harmonized with classical physics, such as the solution of the 1900 Max Planck blackbody radiation problem and the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のマックスプランク黒体放射問題の解決や光電効果など、古典的な物理学と調和させることができなかった観測を記述する理論に基づいています。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is based on theories that describe observations that could not be harmonized with classical physics, such as the solution of the Max Planck blackbody radiation problem in 1900 and the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のMax Planck黒体放射問題の解決や光電効果など、古典的な物理学と調和させることができなかった観測を記述する理論に基づいています。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is based on theories describing observations that could not be harmonized with classical physics, such as the solution of the 1900 Max Planck blackbody radiation problem and the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のマックスプランク黒体放射問題の解決や光電効果など、古典的な物理学と調和させることができなかった観測を記述する理論に基づいています。初期量子テオ

BACK INTO ENGLISH

Quantum mechanics is based on theories that describe observations that could not be harmonized with classical physics, such as the solution of the Max Planck blackbody radiation problem in 1900 and the photoelectric effect. Initial quantum theo

INTO JAPANESE

量子力学は、1900年のMax Planck黒体放射問題の解決や光電効果など、古典的な物理学と調和させることができなかった観測を記述する理論に基づいています。初期量子テオ