Luka Gluvić

Geometric Dynamics and Thermodynamics in Constrained Null Geometry: First Loss, Rank Change, Invariant-Preserving Reconstruction, and D–T Fusion

This work develops a unified geometric framework for dynamics and thermodynamics in Constrained Null Geometry (CNG) and applies it to deuterium–tritium fusion as a complete worked example. The thermodynamic sector is derived from the admissible CNG domain and its induced measure....

Geometric Dynamics and Thermodynamics in Constrained Null Geometry: First Loss, Rank Change, Invariant-Preserving Reconstruction, and D–T Fusion

This work develops a unified geometric framework for dynamics and thermodynamics in Constrained Null Geometry (CNG) and applies it to deuterium–tritium fusion as a complete worked example. The thermodynamic sector is derived from the admissible CNG domain and its induced measure....

Space, Time, Dynamics, and What a D–T Resonance Width Measures: Coordinate Recurrence, the Finite CNG Event Clock, and Boundary Flux as Distinct Projections of One Geometric Event

This paper develops a unified Constrained Null Geometry (CNG) interpretation of physical space, proper time, dynamics, and resonance width using deuterium–tritium fusion as a quantitative example. The central geometric distinction is that recurrence of a coordinate does not imply...

Independent Common-Domain Decay and the Complete D–T Geometric Event Clock in Constrained Null Geometry

This work derives the post-common-domain decay time and the complete deuterium–tritium geometric event clock within Constrained Null Geometry (CNG). The D–T reaction is separated into two dynamically distinct stages. The first is the previously derived fusion-completion interval,...

Independent Common-Domain Decay and the Complete D–T Geometric Event Clock in Constrained Null Geometry

This work derives the post-common-domain decay time and the complete deuterium–tritium geometric event clock within Constrained Null Geometry (CNG). The D–T reaction is separated into two dynamically distinct stages. The first is the previously derived fusion-completion interval,...

Geometric Deuterium–Tritium Fusion in Constrained Null Geometry: Static Mass Closure, First-Loss Dynamics, and a Falsifiable Trapped-Domain Reactor Prediction

This work develops a unified Constrained Null Geometry (CNG) derivation of the deuterium–tritium fusion channel, beginning with previously derived CNG nuclear sectors and ending with a new experimentally testable reactor prediction. The construction follows the CNG dependency cha...

Geometric Deuterium–Tritium Fusion in Constrained Null Geometry: Static Mass Closure, First-Loss Dynamics, and a Falsifiable Trapped-Domain Reactor Prediction

This work develops a unified Constrained Null Geometry (CNG) derivation of the deuterium–tritium fusion channel, beginning with previously derived CNG nuclear sectors and ending with a new experimentally testable reactor prediction. The construction follows the CNG dependency cha...