About

Jan Ptak is an independent, cross-disciplinary researcher and builder. He is developing a geometric model of matter based on pairs of quanta, dipolar structures and topological nodes, linking phase, spin and energy flow into a single spiral framework.

His work lives at the intersection of mathematics, physics and information theory. On the theoretical side, he studies how complex behaviour can emerge from simple rules in complex space (ℂ), with special focus on zero points, monopoles and 720° spinor-like cycles. On the practical side, he tests these ideas in a small lab using magnetometry, optics and custom measurement setups, and builds his own analysis tools in Python and Swift.

Beyond theory, Jan designs pragmatic business applications (invoicing, inventory and data tools) and is authoring a two-volume project — one technical, one philosophical — that aims to turn first-principles reasoning into reproducible methods. With a background in data pipelines, photography and sound, he prefers clear visuals, minimalism and direct language over jargon.

His process is simple and iterative: define the model, run the experiment, build the tool, compare them — and let the results speak for themselves.