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...y the harmonic oscillator equation. Whenever one studies the behavior of a physical system in the neighborhood of a stable equilibrium position, one arrives at equati

...basic mathematical equations have the properties necessary to describe a physical system, i.e., that they are [[well-posed problem|well-posed]].

In [[physics]], the term '''quantization''' refers to the [[energy]] of [[physical system]]s being discontinuous—''quantized''. The size of discrete energy steps i

...west possible [[energy]] that a [[Quantum mechanics|quantum mechanical]] [[physical system]] may possess; it is the energy of the [[ground state]] of the system. All

An important concept in thermodynamics is the “system”. A [[physical system]] is the region of the universe under study. A system is separated from th

...nce may be significant in the presence of huge masses in the vicinity of a physical system. Space has also quantum fluctuations of metrics and even topology. In such

...l analogue of the [[Bit|classical bit]] is the qubit. A qubit is an actual physical system, all of whose [[Observable (quantum computation)|observables]] are Boolean.

...done ''on'' the system its potential energy ''in''creases. As stated, the physical system that will be considered is the simplest one possible: a particle of mass ' forces acting on the physical system consisting of the earth and the

...]'' ''On Nature'' ({{polytonic|Περὶ φύσεως}}), a 37-book exposition of his physical system. Fragments of other works are preserved in a large inscription by [[Diogene

# The brain is a physical system. It functions as a computer. Its circuits are designed to generate behavior

...nary digits. The scientist can create a particular reality to implement a physical system from known properties of the system and known principles of the interaction