Global Particle Physics Excellence Awards

Introduction Fractatomic physics represents a novel extension of conventional atomic physics by exploring how quantum systems behave in non-integer, fractal-dimensional spaces . Unlike standard Euclidean environments, fractal spaces alter the scaling laws that govern atomic stability, electron confinement, and wavefunction behavior. By treating fractal dimensionality both as a theoretical generalization and a physically realizable laboratory framework, this research opens a new paradigm for understanding atomic structure, quantum stability, and emergent phenomena beyond classical dimensional constraints. The study positions fractal space as a powerful lens through which foundational principles of quantum mechanics can be re-examined and expanded. Ehrenfest Instability in Fractal Dimensions A central research focus is identifying the critical threshold of fractality at which Ehrenfest atomic instability arises. At this point, the Schrödinger equation governing a single-electron ato...