Posted on March 22nd, 2023

Hello, I am the owner of Photonuclear Devices, a book publisher in Chicago that specializes in the Universe matters books. Today, I would like to share with you how the New Model of the Universe challenges Einstein's theories, and why this is a game-changing discovery.

For decades, Albert Einstein's theories have been the cornerstone of modern physics. However, recent research has shown that Einstein's theories may not be as accurate as previously believed. In fact, the New Model of the Universe challenges Einstein's theories in several significant ways.

First and foremost, the New Model of the Universe proposes that photons possess mass. This is a direct challenge to Einstein's theory of relativity, which states that photons are massless. If photons do have mass, it means that the entire foundation of Einstein's theory must be re-evaluated.

Additionally, the New Model of the Universe challenges Einstein's theories regarding the origins of the universe. Einstein believed in a static universe, one that had always existed and would always exist. However, the New Model proposes a universe that is constantly expanding and evolving, with a definite beginning and end.

Another challenge to Einstein's theories comes from the New Model's explanation for the phenomenon of dark matter. Einstein's theories did not account for the presence of dark matter, but the New Model proposes that dark matter is actually made up of photons with mass. This would require a significant revision to our understanding of the universe.

But how does the New Model of the Universe challenge Einstein's theories? What makes this theory so revolutionary? The answer lies in its ability to explain phenomena that were previously unexplained or unexplainable by Einstein's theories.

For example, the New Model of the Universe can explain the mass extinction of the dinosaurs. According to the New Model, the extinction was caused by a rapid increase in the velocity of the universe's expansion, which occurred faster than the speed of light. This expansion caused a change in climate on Earth, which ultimately led to the extinction of the dinosaurs.

Another example is the New Model's ability to explain the presence of dark matter. Dark matter has always been a mystery to scientists, but the New Model proposes that it is actually composed of photons with mass. This would explain the gravitational effects of dark matter, and provide a new understanding of the universe's composition.

In conclusion, the New Model of the Universe challenges Einstein's theories in several significant ways. Its proposal that photons possess mass, that the universe is constantly expanding and evolving, and that dark matter is made up of photons all require a significant revision to our current understanding of the universe. However, the New Model also provides explanations for previously unexplained phenomena, such as the extinction of the dinosaurs and the presence of dark matter.

If you're interested in learning more about my books, I invite you to reach out or get in touch with me at (773) 865-7150 or [email protected]. I am excited to share this groundbreaking discovery with you and look forward to hearing from you soon.