Waveless: A Particle Theory Of Light And The End Of Duality

Everyone talks about duality, but all you ever hear is waves, waves, waves.

For more than a century, light has been described as both wave and particle. The equations work. The predictions are extraordinary. But prediction is not the same as physical understanding.

What is light actually doing?

Waveless takes a direct look at that question by returning to the photon as a real physical object moving through real space. Instead of beginning with abstract wave behavior, William H. Alsept starts with one photon, one edge, one slit, and one detector. From there, he builds a particle-based model for diffraction, the single slit, and the double slit.

The book argues that the mystery does not begin with the famous double-slit experiment. It begins earlier, at the edge, where photons interact with physical boundaries and produce organized patterns through geometry, trajectory, phase, and timing.

This short book does not reject the success of modern physics. It asks what the math may be physically describing.

Waveless was created from Part One of William H. Alsept’s larger book, On the Origin of Everything , available for presale. While On the Origin of Everything expands into matter, gravity, and a broader physical framework, Waveless focuses tightly on light itself and the long-standing mystery of wave-particle duality.

For readers interested in quantum foundations, light, diffraction, hidden physical mechanisms, and the unfinished questions behind modern physics, Waveless offers a clear and challenging alternative view: perhaps light never needed to be a wave at all.