The Nemini Teneri theory - whitepaper
This paper was born while trying to solve the double slit experiment and the observations in the follower DCQE experiment. The entire model is based currently on thought experiments and observation from current test results. In this paper the main question is not which slit the photon choose, instead the question is what is happening with spacetime at the slits, so the photon is directed on a straight (null geodesic) path that results in an interference pattern. The Nemini Teneri paper, proposes a fundamental reinterpretation of spacetime - timespace dynamics, moving away from the "particle-in-vacuum" model toward a Geodesic Flow Theory. I introduce the concept of Degree of Interaction (D_{int}), where the nature of a particle is defined by its resistance to timespace and/or to a resulting fundamental field. But central to this theory is the inversion (this is the core mind phase shift) of the role of the photon: rather than wave particle representation, the photon is modeled as a stationary particle, a stationary energy packet—a "Light Tower" or an “absolute zero speed marker” at absolute rest within the time field. Consequently, c is redefined not as the speed of light, but as the fundamental velocity of mass relative to the static time field. This framework provides a purely mechanical, non-probabilistic solution to wave-particle duality, suggesting that the Double-Slit interference pattern is a pre-existing "geometric wake" carved into the timespace field by the moving mass of the slits at speed c. The photon is merely the messenger that reveals the geodesic paths created, like smoke in a wind tunnel. By stripping the photon of its kinetic agency and internal time, Nemini Teneri offers a unified, fluid-dynamic explanation for the point of view of a photon „no time, no space” concept, for gravity, energy, entropy, time, time dilation, and quantum interference.
Authors
- Janos Nemeth (ORCID: https://orcid.org/0009-0008-7604-3214)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-06-08
- DOI
- https://doi.org/10.5281/zenodo.20611081
- Primary Topic
- Quantum Electrodynamics and Casimir Effect
- Type
- preprint