Our Frameworks
Temporal Dislocation Hypothesis (TDH)
A novel view of black holes — not as singularities, but as temporally disconnected regions of spacetime. TDH proposes gravitational wave echoes, extreme time compression, and a new redshift mechanism testable by LIGO/Virgo.
Temporal Strand Theory (TST)
Our flagship theory. TST proposes that mass compresses time, not space, producing gravity as a gradient in temporal flow. It unifies general relativity and quantum behavior through “temporal strands.”
Temporal Strand Interpretation (TSI)
TSI reframes quantum decoherence as a rupture in the temporal fabric. Rather than randomness, measurement collapse emerges from strand disconnection and temporal tension.
Temporal Gradient Theory (TGT)
A sub-framework of TST, TGT interprets gravitational motion as drift along time-pressure gradients — not spatial curvature. This offers a new foundation for modeling inertial frames and redshift.
[Coming Soon →]