Press Release

FOR IMMEDIATE RELEASE

New Publication Explores How Black Holes Could Generate Dark Matter and Dark Energy

Groundbreaking Hypothesis by FindInfinite Labs Proposes “Quantum Switching” as the Engine Behind Dark Matter-Energy Interactions Near Black Holes

Portland, OR, January 24, 2025 – FindInfinite Labs is pleased to announce the release of a provocative new paper titled “Quantum Switching, Energy Redistribution, and the Unified Creation of Dark Matter and Dark Energy Near Black Holes: A Unified Framework for Quantum Entanglement, Relativity, and Dark Matter-Energy Interactions in Black Hole Environments.” Written by Christopher Lundy (ORCID: 0009-0008-8841-1440), this publication explores how extreme conditions near and within black holes may spark the formation of both dark matter and dark energy.

A Novel Phenomenon: Quantum Switching

The paper introduces a concept called quantum switching, positing that when ordinary matter approaches a black hole’s event horizon, gravitational and quantum forces force it to toggle between matter and antimatter. These transitions, according to Lundy’s hypothesis, open the door to dark matter production through quantum entanglement processes that span across the event horizon.

Dark Matter and Dark Energy Generation

Dark matter, in this framework, emerges from the interplay of matter and antimatter under intense gravitational influence, resulting in quantum-entangled particles on both sides of the event horizon. At the same time, energy liberated by these interactions may create filaments of dark energy, rippling out into the cosmos. This dual process offers a potential explanation for how dark matter might escape a black hole’s grasp—via quasars or transported by dark energy flows.

Implications for Cosmology and Physics

By showcasing how quantum entanglement, relativistic effects, and gravitational forces converge, the hypothesis points to a self-sustaining, feedback cycle:

• Matter/antimatter transitions near black holes

• Formation of quantum-entangled dark matter

• Dark energy filaments driving the outward flow of these particles

Lundy’s work further suggests free dark matter in interstellar space might stem from entangled particles “breaking free” of their entanglements, becoming subject to quantum gravity and other forces. Over time, these dark matter particles could re-enter the quantum switching cycle.

Quote from the Author

“If this hypothesis holds true, it could redefine our understanding of black holes—no longer seen as mere cosmic sinks, but as dynamic engines driving the creation and distribution of dark matter and dark energy across the universe,” says Christopher Lundy, author and researcher at FindInfinite Labs.

Ongoing Research and Validation

To explore these ideas further, Lundy plans to construct mathematical models, theoretical frameworks, and quantum circuits to test each aspect of the hypothesis. Collaborations with experts in quantum physics, astrophysics, and cosmology are underway, aiming to validate, refine, and illuminate the proposed mechanism.

If you would like access to this paper, please contact the researcher at chris.lundy@findinfinite.com.

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