LAS VEGAS - TelAve -- Today, the team behind Phoenix Theory announced a groundbreaking new framework that challenges our fundamental understanding of quantum entanglement, Causality and the nature of reality. This innovative approach, developed over 25 years of rigorous research, promises to revolutionize physics and answer some of the most perplexing questions in modern science.

Because Phoenix Theory introduces a radical reimagining of quantum entanglement, it radically reconstructs local causality proposing that the future can inform both the past and the present. This departure from conventional one way linear thinking suggests that events are interconnected through complex networks, similar to parallel occurrences, rather than following a strict chronological progression.

"There are more things in heaven and earth than are dreamt of in our current philosophy,"

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said Kenneth A. Griggs, Creator and CEO of Phoenix Theory, Inc. Our work invites us to expand both our understanding and perspectives and in so doing discover connections beyond traditional scientific paradigms". As Ken recently reminds using the eloquence of D.H. Lawrence as a metaphor to the birth of Phoenix Theory, "They say the sea is cold, but the sea contains the hottest blood of all and the wildest, the most urgent.".

The Phoenix program, described as the "physics of entanglements, networks, and information exchanges," was designed with three primary objectives:

1. Theoretical modeling

2. Computational verification

3. Physical construction

In 2010, the team achieved its first major milestone with the complete demonstration of a quantum theory of gravity. Currently, efforts are focused on the second and third goals, necessitating a rapid expansion of computer hardware, software, and engineering staff.

Phoenix Theory aims to provide answers to some of the most pressing questions in modern physics, including:

1. The composition of dark matter and dark energy, which make up 95% of the universe

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2. The possibility of neutrinos traveling faster than light

3. The existence of the Higgs particle

4. The nature of the universe before the Big Bang

5. The elusive concept of quantum gravity

6. The stability of the proton

Griggs emphasized the historical significance of their work, drawing parallels to previous paradigm shifts in physics. "Just as Newton invented gravity and Einstein refined it, Phoenix provides the third great shift in our understanding of the universe," he explained.

The team behind Phoenix Theory is now calling for support and collaboration from the scientific community and beyond. "While we have described the physics of Phoenix, we need your help to build it," Griggs stated. "We're looking for visionary thinkers and investors who recognize the potential of this groundbreaking work."

As Phoenix Theory continues to challenge conventional wisdom and push the boundaries of scientific understanding, it invites us all to reconsider our place in the universe and the nature of reality itself.

For more information about Phoenix Theory and opportunities for collaboration, visit: https://phoenixtheory.tech.