Jan Ptak’s independent research project explores connections among information, phase, spiral geometry, physical fields, and the Riemann Hypothesis. The site presents a developing framework intended to add a geometric, phase-based perspective to existing theories rather than replace them. It treats information as a normalized state in an abstract space and proposes that phase and resonance are central to how physical states change and interact.

At the project’s center is the Spiral Model of Matter, a dipole-based concept involving spiral trajectories and topological nodes. Ptak interprets observations from rotating-magnet magnetometer experiments as possible evidence of stable field-minimum regions and a 720-degree cycle, and models the electron within this proposed framework. The site also examines structural analogies between these nodes and the zeros of the Riemann zeta function, including patterns in their arrangement and spacing.

The project combines theoretical exploration with practical research, using magnetometry, optics, custom experimental setups, and analysis tools written in Python and Swift. Its pages include model summaries, research notes, publications, experiment-related material, and project updates.