Three early contributions on consciousness, temporal perception, and observer-dependent cosmology.
In this paper, the author proposes a phenomenological ansatz, \[ \Delta t=f(\Delta I), \] to relate objective information gained by an organism and its perception of time. Intervals of spacetime are thus perceived on the basis of information acquired from sensory sampling. We show that this ansatz clarifies our...
The Hubel-Wiesel model shows simple cells feeding complex cells via spatial pooling for position invariance. We propose that ephaptic coupling in axon tracts amplifies entropy, enhancing temporal-coding information from simple to complex cells. This mirrors observer functions in Nonlocal...
This paper studies the consequences of an exploratory cosmological concept—Nonlocal Unification (NU)—which models spacetime geometry as emerging from observer-dependent informational mappings rather than traditional metric-based postulates. Motivated by foundational challenges in general relativity...