field quantization

Second quantization (Field Quantization) is a formalism used to describe and analyze quantum many-body systems. It is also known as canonical quantization in quantum field theory, 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 Dirac, and were developed, most notably, by Fock and Jordan later.

In this approach, the quantum many-body states are represented in the Fock state basis, which are constructed by filling up each single-particle state with a certain number of identical particles. The second quantization formalism introduces the creation and annihilation operators to construct and handle the Fock states, providing useful tools to the study of the quantum many-body theory. Wikipedia, Second Quantization

See Also

classical field theory
depolar field
Electromagnetic Field
Ether - Bloomfield-Moore
Field Physics
Fieldless Armature
H Field
luminous field
magnetic field
Magnetic Fields Ball Lightning and Campanology
molecular field
neutral field
One More Step Toward Building The Cube-Sphere Wave-Field
Plants as Detectors of the Biofield
polar field
Quantization - Physics
quantum field theory
Rotating Magnetic Field
Stubblefield Coil
sympathetic field
Unified Field Theory
vector field
Wave Field
Wave Fields - Summarize and Simplify
We Now Build the Nine Equators of Cube-Sphere Wave-Fields

Created by Dale Pond. Last Modification: Saturday December 24, 2016 05:04:56 MST by Dale Pond.