Why Diffraction Patterns Require Surfaces: A Closed Surface Interpretation of X-ray Scattering

This paper challenges the conventional quantum interpretation of electrons as probabilistic point particles by examining the physical requirements for X-ray diffraction. It argues that the existence of coherent diffraction patterns necessitates the presence of spatially extended, structured surfaces. Through the lens of closed surface theory, electrons are reinterpreted as real geometric surfaces enclosing atoms and carrying distinct flux patterns. These surfaces interact coherently with incident X-rays, enabling consistent diffraction phenomena. The closed surface model thus provides a physically intuitive and structurally grounded alternative to explain the stability and clarity of diffraction patterns observed in crystallography and materials science.