¹ *Source: wiktionary.com*

### Definition of Quantizing

**1.** quantize [v] - See also: quantize

### Lexicographical Neighbors of Quantizing

### Literary usage of Quantizing

Below you will find example usage of this term as found in modern and/or classical literature:

**1.** *Report on the Quantum Theory of Spectra* by Ludwik Silberstein (1920)

"The procedure of picking out or ' **quantizing** ' [Sommerfeld ... The principle of
such **quantizing** has undergone of late several subtle modifications (or, ..."**2.** *The Origin of Spectra* by Paul Darwin Foote, Fred Loomis Mohler (1922)

"(28) Substituting this value of p+ in (27), adding (27) and (25), equating to
the total energy W, and solving for pr we obtain for the second **quantizing** ..."**3.** *Geometric Structures in Nonlinear Physics* by Robert Hermann (1991)

"This is the problem which can loosely be described as: **quantizing** a ...
Ehrenfest made the key observation that these rules involved “**quantizing**” (ie, ..."**4.** *Copyright Licensing Regimes Covering Retransmissioon of Broadcast Signals* edited by Howard Coble (2001)

"The scales provide a continuous rating system -to avoid **quantizing** errors, but
they are divided into five equal lengths which correspond lo the normal ITU-R ..."**5.** *Yang-Mills, Kaluza-Klein, and the Einstein Program* by Robert Hermann (1978)

"Of course, the Kostant-Souriau procedure of **quantizing** via differential operators
on a Hermitian line bundle is the appropriate answer in this case. ..."**6.** *Quantum and Fermion Differential Geometry* by Robert Hermann (1977)

"There is no need to mention the problem of “**quantizing**” a classical Hamiltonian;
once the Hamiltonian h is given as a quantum observable, everything is ..."**7.** *Overview of the Third Text Retrieval Conference (Trec-3)* edited by D. K. Harmon (1996)

"... task are analyzed in terms of a best possible fusion scenario based on a given
scheme for **quantizing** the messages from the systems to be combined. ..."**8.** *Geometric Computing Science: First Steps* by Robert Hermann (1991)

"Finding difference-equation approximations to differential equations is analogous
to the problem of ‘**quantizing**' classical mechanical systems. ..."