Time-Symmetric Relativity
The relativistic part of the program reformulates the role of time orientation and develops local and global relativistic descriptions in a common time-symmetric setting.
CURRENT PROGRAM IN RELATIVITY, RQM AND QFT
Time-Symmetric Relativistic and Quantum Theories
Development of time-symmetric relativity, time-symmetric relativistic quantum mechanics and time-symmetric quantum field theory as a connected program.
The current program treats time symmetry as a structural principle across relativistic mechanics, relativistic quantum mechanics and quantum field theory. The page below preserves the publication sequence while the detailed formalism remains in the linked papers.
PROGRAM STRUCTURE
Three linked levels
Time-Symmetric RQM
The relativistic-quantum level develops particle and antiparticle sectors in a formulation designed to preserve the time-symmetric structure before second quantization.
Time-Symmetric QFT
The field-theory level applies the same symmetry principle to operator amplitudes, interactions and perturbative calculations, including the treatment of antiparticles and vacuum-related terms.
Applications
Current work is directed toward interacting processes, one-loop corrections, gauge theories, gravity, anomalies and possible observable differences from standard formulations.
Relation to earlier work
The publication archive contains earlier approaches to field quantization, rotatory quantization, diffusion models and gravitational regularization. They are preserved as part of the research history. The present time-symmetric program is organized independently; the diffusion approach is not part of its core formulation.