Fundamental Forces Are Not Fundamental A New Perspective on the Universe s Energy Source

Introduction

For decades, physics has been shaped by the theories of Newton, Einstein, and quantum mechanics. However, a groundbreaking study suggests that fundamental forces may not be intrinsic to matter but instead driven by an external energy source. This challenges our understanding of gravity, quantum mechanics, and the fabric of the universe.

Explore more research at Physics Research Journal.

Rethinking Gravity and the Universe

Traditionally, gravity is explained as a warping of spacetime (Einstein) or as a force acting between masses (Newton). However, this study proposes that gravity and other fundamental forces result from an external energy source transmitted through an O-dimension.

Key Findings:

• O-dimensions: A newly hypothesized, energy-filled dimension influences all matter.
• Gravity as an energy vacuum: Objects experience gravitational attraction due to energy “shadows” cast on each other.
• Quantum Entanglement Explanation: Particles may remain connected through the O-dimension, making faster-than-light interactions possible.

How This Changes Physics

This theory could provide explanations for several unresolved mysteries in physics:

Dark Energy – The accelerating expansion of the universe may result from external energy input.
Dark Matter – Energy-deficient regions may mimic the effects attributed to dark matter.
Wave-Particle Duality – O-dimensions explain how particles can exist in multiple states simultaneously.

Read the full study: https://doi.org/10.29328/journal.ijpra.1001068.

External Perspectives on Energy & Gravity

The American Physical Society (APS) highlights ongoing debates regarding the true nature of gravity, suggesting that modifications to existing theories are needed to explain cosmic anomalies.

Final Thoughts

This new perspective on gravity, quantum physics, and the universe’s energy source opens the door to potential technological advancements, including new ways to harness energy.

Discover more research at Physics Research Journal.

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