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Anomalies in physics

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Conformal field theory

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Dirac equation

Electroweak theory

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Gauge theories

Integrable systems

Lattice models

Magnetic monopoles

Parastatistics

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The main article for this category is Quantum field theory.

Sections

Anomalies in physics

Antimatter

Conformal field theory

Critical phenomena

Dirac equation

Electroweak theory

Exactly solvable models

Gauge theories

Integrable systems

Lattice models

Magnetic monopoles

Parastatistics

Quantum chromodynamics

Quantum electrodynamics

Quantum gravity

Renormalization group

Spinors

Standard Model

Statistical field theories

String theory

Supersymmetry

    

Pages

't Hooft operator

(−1)F

6D (2,0) superconformal field theory

ABJM superconformal field theory

ADHM construction

AGT correspondence

Accidental symmetry

Alexandru Proca

Algebraic holography

Amplituhedron

Anomalous magnetic dipole moment

Anti-symmetric operator

Antimatter

Asymptotic freedom

Asymptotic safety in quantum gravity

Auxiliary field

Axiomatic quantum field theory

BCFW recursion

BF model

BRST quantization

Background field method

Banks–Zaks fixed point

Bare mass

Bargmann–Wigner equations

Batalin–Vilkovisky formalism

Berezin integral

Beta function (physics)

Bethe–Salpeter equation

Bhabha scattering

Bispinor

Bogoliubov causality condition

Bogoliubov transformation

Bogoliubov–Parasyuk theorem

Bogomol'nyi–Prasad–Sommerfield bound

Bogomol'nyi–Prasad–Sommerfield state

Borchers algebra

Born–Infeld model

Bose–Einstein statistics

Boson

Bosonic field

Bosonization

Bound state

Brane

Bullough–Dodd model

Bumblebee models

Bunch–Davies vacuum

Butcher group

C parity

C-symmetry

C-theorem

CCR and CAR algebras

CP violation

CPT symmetry

Callan–Symanzik equation

Caloron

Canonical quantization

Casimir effect

Casimir pressure

Causal fermion system

Causal perturbation theory

Central charge

Charmed baryons

Chern–Simons theory

Chiral gauge theory

Chiral model

Chiral symmetry

Chiral symmetry breaking

Chirality (physics)

Cluster decomposition theorem

Cobordism hypothesis

Coleman–Mandula theorem

Coleman–Weinberg potential

Common integrals in quantum field theory

Composite field

Conformal bootstrap

Constraint algebra

Constructive quantum field theory

Correlation function (quantum field theory)

Coupling constant

Creation and annihilation operators

Crossing (physics)

Current algebra

Cutoff (physics)

Dimensional regularization

Dimensional transmutation

Dirac adjoint

Dirac equation

Dirac equation in curved spacetime

Dirac equation in the algebra of physical space

Dirac hole theory

Dirac sea

Dirac spinor

Dirac string

Dual superconductor model

Dyon

Dyson series

ELKO field

Edge-of-the-wedge theorem

Effective action

Effective field theory

Einstein–Maxwell–Dirac equations

Elementary particle

Elitzur's theorem

Faddeev–Popov ghost

False vacuum

Fano resonance

Fermi point

Fermi's interaction

Fermion

Fermionic condensate

Fermionic field

Fermi–Dirac statistics

Feynman checkerboard

Feynman diagram

Feynman parametrization

Feynman slash notation

Fierz identity

Firewall (physics)

Fock space

Fock state

Foldy–Wouthuysen transformation

Form factor (quantum field theory)

Four-fermion interactions

Free field

Functional integration

Functional renormalization group

GIM mechanism

GW approximation

Gamma matrices

Gauge fixing

Gaussian fixed point

Gelfand–Naimark–Segal construction

Gell-Mann and Low theorem

Global symmetry

Gluon field

Gluon field strength tensor

Goldstone boson

Gopakumar–Vafa invariant

Grassmann integral

Grassmann number

Graviphoton

Green's function (many-body theory)

Gribov ambiguity

Gross–Neveu model

Gupta–Bleuler formalism

Haag's theorem

Hamiltonian field theory

Hamilton–Jacobi–Einstein equation

Hawking radiation

Heavy baryon chiral perturbation theory

Helicity (particle physics)

Higgs boson

Higgs mechanism

Higgs phase

Higher-dimensional gamma matrices

History of quantum field theory

Infraparticle

Infrared divergence

Infrared fixed point

Infrared safety (particle physics)

Instanton

Intrinsic parity

Invariance mechanics

Jordan–Wigner transformation

KMS state

Kinoshita-Lee-Nauenberg theorem

Klein transformation

Klein–Gordon equation

Klein–Nishina formula

Källén–Lehmann spectral representation

LSZ reduction formula

Lagrangian (field theory)

Lamb shift

Landau pole

Large gauge transformation

Lie algebra extension

Lie conformal algebra

Light-front quantization applications

Liouville field theory

List of integrable models

List of mathematical topics in quantum theory

List of quantum field theories

Local quantum field theory

Loop integral

Luttinger liquid

Magnetic catalysis

Magnetic monopole

Majorana equation

Majorana fermion

Mandel Q parameter

Mandelstam variables

Mass gap

Mermin–Wagner theorem

Minimal coupling

Minimal subtraction scheme

Moduli (physics)

Montonen–Olive duality

Multiplicative quantum number

Møller scattering

N = 4 supersymmetric Yang–Mills theory

N=8 Supergravity

NPDGamma experiment

Nambu–Jona-Lasinio model

Newton–Wigner localization

Nielsen–Ninomiya theorem

Nielsen–Olesen vortex

Nielsen–Olsen string

No-go theorem

Noether's second theorem

Noether's theorem

Non-linear sigma model

Non-topological soliton

Noncommutative quantum field theory

Nonlinear Dirac equation

Nonlocal Lagrangian

Normal order

Octacube (sculpture)

On shell and off shell

On shell renormalization scheme

One-electron universe

One-loop Feynman diagram

Operator product expansion

Optical theorem

Order operator

P-form electrodynamics

Parity (physics)

Particle physics and representation theory

Partition function (quantum field theory)

Path integral formulation

Path-ordering

Pauli–Lubanski pseudovector

Pauli–Villars regularization

Penguin diagram

Photomagneton

Physics applications of asymptotically safe gravity

Planck scale

Poincaré group

Precision tests of QED

Primon gas

Proca action

Propagator

Pseudo-Goldstone boson

Q-ball

QED vacuum

Quantization (physics)

Quantization of the electromagnetic field

Quantum chromodynamics

Quantum electrodynamics

Quantum field theory

Quantum field theory in curved spacetime

Quantum foam

Quantum gauge theory

Quantum inequalities

Quantum nonlocality

Quantum triviality

Quartic interaction

Qubit field theory

Rarita–Schwinger equation

Reeh–Schlieder theorem

Regularization (physics)

Relation between Schrödinger's equation and the path integral formulation of quantum mechanics

Relationship between string theory and quantum field theory

Relativistic Breit–Wigner distribution

Relativistic wave equations

Renormalization

Renormalization group

Representation theory of the Poincaré group

Resummation

S-duality

S-matrix

Scalar boson

Scalar electrodynamics

Scalar field

Scalar field theory

Scaling dimension

Scharnhorst effect

Schrödinger field

Schrödinger functional

Schwinger model

Schwinger parametrization

Schwinger's quantum action principle

Schwinger–Dyson equation

Second quantization

Seesaw mechanism

Seiberg duality

Self-energy

Semiclassical gravity

Semiclassical physics

Sigma model

Slavnov–Taylor identities

Soft photon

Soler model

Sommerfeld expansion

Source field

Sphaleron

Spin (physics)

Spin diffusion

Spin network

Spin tensor

Spinor

Spinor field

Spin–statistics theorem

Spontaneous symmetry breaking

Spurion

Squeezed vacuum

Standard-Model Extension

Static forces and virtual-particle exchange

Stochastic electrodynamics

Stueckelberg action

Superfield

Superselection

Symmetry in quantum mechanics

T-duality

T-symmetry

Tadpole (physics)

Technicolor (physics)

Thermal quantum field theory

Thirring model

Thirring–Wess model

Topological quantum computer

Topological quantum field theory

Topological quantum number

Twisted geometries

Twistor theory

Two-body Dirac equations

U-duality

UV completion

Ultraviolet divergence

Ultraviolet fixed point

Unitarity gauge

Unruh effect

Vacuum angle

Vacuum energy

Vacuum expectation value

Vacuum manifold

Vacuum polarization

Vacuum state

Vafa–Witten theorem

Van der Waerden notation

Vector boson

Vertex function

Virtual particle

Volume operator

Ward–Takahashi identity

Wave function renormalization

Weinberg–Witten theorem

Wess–Zumino–Witten model

Weyl semimetal

Wick rotation

Wick's theorem

Wightman axioms

Wigner's classification

Wilson loop

Wu–Yang monopole

Yukawa interaction

Yukawa potential

Zero-point energy

Zeta function regularization

Zitterbewegung

 

Original courtesy of Wikipedia: http://en.wikipedia.org/wiki/Category:Quantum_field_theory — Please support Wikipedia.
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967 news items

Symmetry magazine

Symmetry magazine
Thu, 27 Aug 2015 11:13:18 -0700

Maldacena and his IAS collaborator, theorist Nima Arkani-Hamed, have used quantum field theory calculations to figure out what these patterns might look like. The pair presented their findings at an annual string theory conference held this year in ...

TG Daily (blog)

Discovery News
Wed, 26 Aug 2015 21:14:31 -0700

General relativity and quantum field theory don't play nice. Both areas of physics describe the fundamental nature of space, time and matter over micro (quantum) and macro (cosmological) scales. But after decades of trying to see how the two overlap, ...

Science 2.0

Science 2.0
Mon, 24 Aug 2015 06:30:41 -0700

... it has become increasingly clear that it is very hard to keep up to date with the developments in such diverse sub-fields as quantum optics, material science, particle physics, astrophysics, quantum field theory, statistical physics, thermodynamics ...
 
Science 2.0 (blog)
Sun, 16 Aug 2015 22:29:46 -0700

Those lengths are the domain of Quantum Mechanics and Quantum Field Theory. Gravity, the force that binds planets to stars and forms large scale cosmological structure would have lived at the sub atomic scale at times near the big bang. Tiny ...
 
Nature.com
Wed, 19 Aug 2015 04:48:45 -0700

Light-matter interaction is naturally described by coupled bosonic and fermionic subsystems. This suggests that a certain Bose-Fermi duality is naturally present in the fundamental quantum mechanical description of photons interacting with atoms. We ...

Huffington Post

Huffington Post
Mon, 03 Aug 2015 11:41:28 -0700

But how do we know this is true? How do we know what is "fundamental" in quantum field theory? Nineteenth century philosopher Ernst Mach held the view that inertial mass of nearby objects is created by the entire distribution of matter in the universe.

Bloomberg

Bloomberg
Wed, 29 Jul 2015 12:14:43 -0700

So Bishop earned a Ph.D. in quantum field theory and then helped devise a novel kind of fusion reactor called a tokamak. Eventually, computers became fast enough that he could apply what's called neural networks to research fusion power. Neural ...
 
Nature.com
Wed, 05 Aug 2015 02:50:10 -0700

... models inducing localization in space: in our dissipative model there is a continuous localization of the wavefunction, while the mean energy of the system will typically decrease. Using the language of non-relativistic quantum field theory, the ...
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