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The color charge is the basis of the strong force as explained by quantum chromodynamics.
It was critical to the development of quantum chromodynamics.
The latter theory provides a good approximation to quantum chromodynamics.
The same is certainly true for quantum chromodynamics.
The gluons and their interactions are described by the theory of quantum chromodynamics.
Quantum chromodynamics, a theory of the strong interaction (color force)
These developments simultaneously explained how string theory is related to quantum chromodynamics.
It has simple properties that follow from first principles in the theory of strong interactions, quantum chromodynamics.
Those efforts are made challenging by the difficulty of calculating quantities in quantum chromodynamics.
For example, physicists have yet to come up with satisfactory equations to describe quantum chromodynamics, the theory of the strong force.
It also helped greatly in establishing quantum chromodynamics.
The principal physical idea of the model was taken from quantum chromodynamics: the forces between quarks are flavour-independent.
Phenomena similar to Chudakov Effect have been observed in quantum chromodynamics also.
The theory describing the strong force, quantum chromodynamics, contains some of physic's most daunting equations.
The general idea, with small logarithmic modifications, is explained in quantum chromodynamics by "asymptotic freedom".
In quantum chromodynamics, flavour is a global symmetry.
Asymptotic freedom, independently discovered by Politzer, was important for the development of quantum chromodynamics.
These include low-energy quantum chromodynamics, bound states, and solitons.
In principle, a tetraquark state may be allowed in quantum chromodynamics, the modern theory of strong interactions.
There is no experimentally known violation of the CP-symmetry in quantum chromodynamics.
The two other fundamental quantum field theories are quantum chromodynamics and the electroweak theory.
Quantum chromodynamics, or QCD, is the theory describing the strong nuclear force.
George Sterman's research focuses on quantum field theory and its applications in quantum chromodynamics.
According to quantum chromodynamics there could be a violation of CP symmetry in the strong interactions.
He made important contributions to the theory of critical phenomena, quantum chromodynamics and conformal field theory.
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