A New Theory on the Shape of the Universe and the Origin of Time

Introduction

The nature of time and the shape of the universe have long been subjects of scientific debate. A new study published in the International Journal of Physics Research and Applications introduces a groundbreaking theory that proposes a conical shape for the universe and redefines our understanding of time. The study, authored by Marcel Julmard Ongoumaka Yandza from Marien Ngouabi University, explores fundamental physical laws through a novel approach.

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Key Findings of the Study

1. Redefining Time Through Light and Antimatter

• The research suggests that time is fundamentally linked to interactions between matter and antimatter.
• By analyzing how physical systems behave relative to light, the study establishes an absolute framework for measuring time.
• The concept introduces “particle Y,” a hypothetical entity that transforms into either a photon or an antiphoton, influencing time progression.

2. The Shape of the Universe: A Conical Model

• Contrary to conventional flat or spherical models, this research argues that the universe is conical.
• The shape is derived from gravitational and inertial forces acting across cosmic structures.
• By evaluating how force deformations occur in space-time, the study presents a mathematical model supporting a conical structure.

3. The Role of Light as an Absolute Standard

• Unlike Einstein’s relativity, which relies on Lorentz transformations, this theory uses light’s physical properties as fixed reference points.
• The speed, energy, and mass of photons serve as universal constants to describe other physical systems.

Broader Implications

The conical universe model could have profound implications on cosmology and astrophysics. It challenges widely accepted theories about cosmic expansion and gravitational interactions. External sources such as the European Space Agency (ESA) emphasize the need for continuous exploration of cosmic structures to refine our understanding of the universe.

Further Reading and References

Read the full study at https://doi.com/10.29328/journal.ijpra.1001042.

For related studies, explore our collection at Physics Research Journal.

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