correspondence principle การใช้

• This might be seen as akin to the correspondence principle in modern physics.
• It provides mathematical support to the correspondence principle.
• :: See also : correspondence principle.
• In accordance with the correspondence principle.
• The correspondence principle is thus satisfied.
• The correspondence principle limits the choices to those that reproduce classical mechanics in the correspondence limit.
• In matrix mechanics, the correspondence principle was built in and was used to construct the theory.
• The correspondence principle is one of the tools available to physicists for selecting quantum theories corresponding to reality.
• This condition, suggested by the correspondence principle, is the only one possible, since the quantum numbers are adiabatic invariants.
• In 1913, however, Bohr justified his rule by appealing to the correspondence principle, without providing any sort of wave interpretation.
• The Schr鰀inger equation itself reduces to the Hamilton Jacobi equation when one considers the correspondence principle, in the limit that becomes zero.
• He justified this replacement by an appeal to Bohr s correspondence principle and the Pauli doctrine that quantum mechanics must be limited to observables.
• In 1913, Niels Bohr identified the correspondence principle and used it to formulate a adiabatic invariance of the quantum numbers introduced by Lorentz and Einstein.
• However using the correspondence principle it is possible to show that, in the classical limit, the expectation value of H is indeed the classical energy.
• The motivation for the old quantum condition was the correspondence principle, complemented by the physical observation that the quantities which are quantized must be adiabatic invariants.
• From this, ( 3 ) quantum mechanics can be seen to emerge via correspondence principle, as a nonrelativistic approximation for a theory of inertia in relativity.
• Questions related to the correspondence principle arise in many different branches of physics, ranging from solid-state physics, and even to acoustics, microwaves and optics.
• Under the correspondence principle, a new scientific theory should reproduce the results of older, well-established, theories in those domains where the old theories work.
• The correspondence principle says that classical accounts are approximations to quantum mechanics that are for all practical purposes equivalent to quantum mechanics when dealing with macro-scale events.