Definitions

1. Lorentz invariance is manifest in the Heisenberg picture. (Web site)

Rotational Invariance

1. Since the Euclidean formulation is used a discussion of rotational invariance enables conclusions to be drawn about Lorentz invariance. (Web site)

Virtual Effects

1. Because they would have spoiled the success of Lorentz invariance at low energies, through virtual effects. (Web site)

Quantum Theory

1. On Lorentz invariance in the quantum theory.

Principle

1. The principle of local Lorentz invariance: The laws of special relativity apply locally for all inertial observers.

Gauge Theory

1. Gauge theory on the noncommutative torus provides another example (although, one which loses Lorentz invariance).

Relativistic Theory

1. Dirac's ansatz for relativistic theory is Lorentz invariance, and the equations of motion arise naturally as extensions of the 'classical' theory.

Symmetries

1. The last two symmetries together make up the Lorentz group (see Lorentz invariance). (Web site)
2. Indeed, special relativity generalizes and unifies these symmetries via the principle of Lorentz invariance. (Web site)

Dirac Equation

1. The Lorentz invariance of the Dirac equation follows from its covariant nature. (Web site)

Locality

1. These proofs are based on the validity of Lorentz invariance and the Principle of locality in the interaction of quantum fields.

Theory

1. Whether or not Lorentz invariance is broken in the low-energy limit of LQG, the theory is formally background independent. (Web site)

Equivalence Principle

1. Derivation of gauge invariance and the equivalence principle from lorentz invariance of the s-matrix. (Web site)
2. Locally, as expressed in the equivalence principle, spacetime is Minkowskian, and the laws of physics exhibit local Lorentz invariance. (Web site)

Unitarity

1. The empirical basis for QFT are locality, unitarity and Lorentz invariance. (Web site)

Lorentz Invariance

1. If string theory is correct, the superposition principle of quantum mechanics, Lorentz invariance, unitarity, crossing symmetry, equivalence principle etc. (Web site)
2. Although the underlying theory has translation invariance and Lorentz invariance, the individual states of the theory do not.

Categories

1. Unitarity
2. Lqg
3. Relativistic Theory
4. Superposition Principle
5. Underlying Theory
6. Books about "Lorentz Invariance" in Amazon.com
   

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