Nonreciprocal transmission of Super-Gaussian pulses in 1D photonic crystals with Weyl semimetal defects
Key Points
Nonreciprocal transmission specifically modifies how super-Gaussian pulses propagate, enhancing control over signal flow.
Notably, a distinction emerges in pulse transmission rates, with variations observed in different directions of propagation.
Analysis of systems incorporating Weyl semimetal defects presents unique optical properties that deviate from standard photonic behaviors.
These findings suggest potential applications in developing cutting-edge optical devices but may require further exploration to fully understand limitations.