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Physics – Time Independent of Space and Light

This research paper presents a fundamental model for GPSJ, proposing that time is an essential and independent parameter determining the rate of physical change. By decoupling time from spatial dimensions and the propagation of light, the model offers a new framework for understanding the measurement of time intervals and their implications for the universe and physics.

Publication Metadata
Key Ideas

Time as a measurement of physical change rate.

Decoupling temporal parameters from spatial dimensions.

Independent nature of time from light propagation.

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The Beginning of the Universe

This research paper presents a comprehensive model for the origin and development of the physical universe. By integrating principles of physical change and rate measurement, the GPSJ framework proposes a new paradigm for understanding the transition from abstract systems to complex biological life. The model provides a rigorous foundation for cosmological physics and offers testable predictions for future observational validation.

DOI: 10.5281/zenodo.21471174

https://zenodo.org/records/21471174

Version 2.0 | Published: 2026

Predictions and Tests

The GPSJ model makes specific predictions regarding the rate of physical change during the early stages of the universe’s development. These predictions are designed to be tested against current observational data and theoretical models, providing a clear path for future experimental validation and refinement of the theory.

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GPSJ Exclusive Gallery 

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Research Publications

A general overview of my theoretical frameworks and studies on Real Physics and climate stabilization research.

Research Perspective

The theoretical frameworks presented in GPSJ publications offer an independent perspective on fundamental questions and principles of physics, with the aim of examining more deeply how and why physical processes occur.

"The climate stabilization study is meticulously detailed and provides a robust foundation for future interdisciplinary research. The methodology is both comprehensive and scientifically sound."

"The integration of theoretical physics with practical climate models is a unique and powerful approach. The Zenodo repository ensures full transparency and accessibility for the global scientific community."

"The work of Gëzim Prendush Sokolaj demonstrates a profound commitment to scientific integrity. The publications are not only technically sound but also represent a vital contribution to modern physics."

"The interdisciplinary approach to climate stabilization is both visionary and grounded in rigorous empirical data. This research has the potential to redefine how we approach global environmental challenges."

"The clarity of the theoretical frameworks and the precision of the climate models presented in the GPSJ series are exceptional. It is a rare and valuable resource for researchers worldwide."

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