Schubert's Law

Schubert's Law describes how the wavefront of radiation—like light or electromagnetic waves—repeats periodically as it travels through space. Essentially, it states that at any fixed point, the wave's intensity pattern repeats itself after a specific distance related to the wavelength. This law helps explain phenomena like diffraction and interference, as it emphasizes the repeating nature of wave phases over space. In practical terms, Schubert's Law provides a foundation for understanding how waves propagate and form patterns, crucial for designing optical systems and analyzing wave behavior in physics and engineering.