The true identity of dark matter is the "weight of information woven into space-time"!? The amazing quantum memory matrix (QMM) theory
//Summary - Level-B2//
A new theory, called the Quantum Memory Matrix (QMM), suggests that space-time itself records information, much like a network of memory cells. This idea may help solve paradoxes in physics, such as the black hole information paradox and the mystery of dark matter. According to physicist Florian Neukert, each part of space-time holds quantum information, not just in single points, but in the relationships between them. This theory views the universe as a kind of memory system, offering a new perspective on understanding complex problems that current science cannot yet fully explain.
1) Does space-time record information? A novel theory that can resolve all the "paradoxes" of the universe is gaining attention.
2) QMM that solves the contradictions of the universe:
Paradoxes are truly troubling in science because they reveal that our understanding of reality remains incomplete. However, the emergence of paradoxes is also an opportunity to reexamine our knowledge and open up new paths to understanding that were previously unimaginable.
3) For example, the Fermi paradox, which asks why there are countless celestial bodies in the universe yet no signs of intelligent life have been found, has driven scientists to explore the silent universe.
Various time paradoxes, including the "grandfather paradox," which asks what would happen if you went back in time and killed your grandfather before meeting your grandmother, have made it possible to explore complex concepts such as the theory of the multiverse.
4)
And so is the "black hole information paradox."
First proposed by physicist Stephen Hawking in the 1970s, the "black hole information paradox" refers to the apparent contradiction that information about matter seems to be lost when it is sucked into a black hole, despite quantum field theory suggesting that quantum information should not be destroyed but rather preserved.
5)
Several hypotheses have been proposed to explain this paradox, including the idea that information is somehow encoded on the black hole's "event horizon" and emitted in a manner that we cannot detect (Hawking radiation) or that information is transmitted to an entirely different universe.
6)
Meanwhile, Florian Neukert, an assistant professor at Leiden University in the Netherlands and the chief product officer at quantum computing company Terra Quantum, has long advocated for an intriguing idea called the "Quantum Memory Matrix (QMM)."
7)
In a research paper published in the online journal arXiv in February, Neukert detailed how space-time itself could possess a "memory" that records the universe's history. In a way, he said, space-time is a "blanket" of memory cells, and this idea could be applied to solve the "black hole information paradox" and even elucidate difficult questions such as "dark matter."
8)
"In modern physics, all particles and forces are described as excitations in quantum fields -- structures that span time and space. Each cell of space-time has a quantum state that can change," Neukert said in New Scientist.
9)
"And these cells can be thought of as little dials or switches. There's also a type of quantum information that describes the relationship between each cell and other cells. And this doesn't exist in any particular cell, but in a network of relationships between cells."
The true identity of dark matter is the "weight of information woven into space-time"!? The amazing quantum memory matrix (QMM) theory
https://web-mu.jp/paranormal/58970/
