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.