time reversal symmetry in electromagnetic waves
Time reversal symmetry in electromagnetic waves refers to the property that the behavior and characteristics of a wave remain the same if the direction of time is reversed. This means that the wave would still propagate in the same direction, at the same speed, and exhibit the same amplitude and frequency regardless of the direction of time.
Requires login.
Related Concepts (1)
Similar Concepts
- coherence in electromagnetic waves
- experimental tests of time reversal symmetry
- fundamental particles and time reversal symmetry
- time reversal symmetry and black holes
- time reversal symmetry and entropy
- time reversal symmetry and quantum computing
- time reversal symmetry and the arrow of time
- time reversal symmetry breaking in condensed matter physics
- time reversal symmetry breaking in quantum mechanics
- time reversal symmetry in cosmology
- time reversal symmetry in nuclear physics
- time reversal symmetry in particle interactions
- time reversal symmetry in quantum field theory
- time reversal symmetry in quantum thermodynamics
- time reversal symmetry violation in the weak force