The Time and the Growth in Physics: A New Perspective

Introduction

The concept of time and growth has been a fundamental subject of exploration in physics. Growth, as observed in nature, is commonly associated with an increase in mass and density over a period, while time is often seen as the inevitable result of mass loss. Recent research presents a unique perspective on these phenomena, suggesting that the universe itself functions like a photon—eternal and expanding rather than growing.

For more groundbreaking research, visit International Journal of Physics Research and Applications.

Understanding Time and Growth

Key Findings from the Study:

• Growth in physics mirrors biological growth—it leads to an increase in density.
• Time, on the other hand, results from the loss of matter, manifesting as a universal interaction.
• The study introduces equations to predict the internal force and energy at a system’s total growth.
• The density of the universe is equal to the density of a photon, reinforcing the idea that the universe does not grow but expands while maintaining constant density.

Read the full study at https://doi.org/10.29328/journal.ijpra.1001049.

The Yandza Laws of Physics

Yandza’s First Law: Absolute Speed Conservation

• When no external force acts on two systems, their momentum remains conserved.
• A photon, with the lowest possible energy, maintains constant speed and mass.
• The internal force driving movement in a system is an inherent mass-related force.

Yandza’s Second Law: Universal Density Conservation

• All physical systems in the universe are interconnected.
• Matter in the universe trends towards the density of a photon.
• Acceleration occurs due to density loss, supporting the idea of universal expansion rather than growth.

Implications for Modern Physics

This research challenges traditional concepts of space-time by:

• Proposing a conical shape for the universe based on internal force deformations.
• Suggesting that photons and antiphotons are the fundamental building blocks in matter-antimatter interactions.
• Reinforcing the idea that time is directly linked to particle interactions rather than an independent absolute entity.

Conclusion

The study of time and growth in physics provides a fresh perspective on universal expansion. By understanding that the universe operates like a photon—expanding while maintaining a constant density—we gain deeper insights into the fundamental forces shaping our reality.

Explore more studies at International Journal of Physics Research and Applications.

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