ABOUT

About

Independent researcher in theoretical physics and astrophysics; founder and director of the Center for Theoretical Physics and Astrophysics (CTPA), founded in Tashkent in 2001.

Scientific profile

The principal research areas are the foundations of relativity and quantum theory, quantum field theory, gravitation, relativistic astrophysics and cosmology. Current work includes time-symmetric relativistic and quantum theories, frozar theory, cosmological gravitational redshift and a general theory of constraints on physical parameters.

This personal site is designed as a compact scientific archive: it connects current research with publications extending from 1981 through 2026 and with dedicated project sites.

CV

Concise scientific chronology and current institutional role.

Publications

Searchable bibliography with 115 records in the current ORCID export.

Research

Current programs and the archive of earlier research directions.

Scientific links

CTPA, QGPH, FROZAR and other official web resources.

SCIENTIFIC WORK

What this site brings together

Foundations of relativity and quantum theory

Current work on time-symmetric relativity, relativistic quantum mechanics and quantum field theory.

Relativistic gravitation and astrophysics

Collapse in world time, compact objects, frozar theory and related observable effects.

Mathematical physics

Theory of parameter constraints and the separation of independent, dependent and partially dependent parameter content.

Scientific archive

A searchable publication record spanning 1981–2026, with DOI links and thematic pages that preserve earlier research programs.

SELECTED CHRONOLOGY

Research trajectory

2001: Foundation of the Center for Theoretical Physics and Astrophysics (CTPA) in Tashkent as an independent research center.
2006–2015: Published work on field quantization, zero-point energy, conservative diffusion, rotatory quantization and gravitational regularization.
2012–2020: Development of the frozar program, relativistic collapse in world time, dust-star models and associated astrophysical consequences.
2020–2026: Development of time-symmetric relativistic and quantum theories, cosmological gravitational redshift, parameter-dependence problems in gravitation and the general theory of parameter constraints.