Question. Discover. Transform.

The New Model

A Rational Engineering Design and Synthesis of a Unified Quantized Model of the Universe

ABOUT THE BOOK

Question the Foundation, Unlock a New Reality

The New Model is a groundbreaking book that challenges the foundations of mathematics and physics, presenting a groundbreaking perspective that redefines core principles. Through rigorous analysis and revolutionary ideas, it offers a fresh lens on mathematical structures, physical reality, and the nature of existence. This work aims to inspire new discussions and discoveries in science and mathematics.

Redefines Gravity

Unifies Reality

Challenges Scientific Dogma

A LEGACY OF CURIOSITY AND INNOVATION

Dr. Jack H. Cole PhD, P.E.

Dr. Jack H. Cole, born in Tulsa, Oklahoma, in 1934, emerged from the depths of the Great Depression to become a pioneering force in the world of physics and engineering. Despite the challenges of a childhood marked by long hours of labor to support his family, Jack's extraordinary mathematical talents shone through early. By the age of 16, he embarked on his university studies, eventually earning a BS, MS, and PhD from Oklahoma State University. Jack's career is a testament to his relentless curiosity and innovative spirit. He put himself through college with the aid of a wrestling scholarship and the G.I. Bill, and his contributions to science and technology are both expansive and impactful. Recognized internationally for his subsurface diagnostics and imaging advancements, Dr. Cole's work has left an indelible mark on the field. Holding over 30 US patents, his inventive prowess spanned numerous industries and applications. Throughout his illustrious career, Dr. Cole served in prominent public service roles at Lawrence Berkeley and Idaho National Labs, NASA, and as a Mechanical Engineering professor at the University of Arkansas. His leadership and research significantly advanced the methods of subsurface diagnostics and imaging, impacting areas such as geophysical exploration. In the early 1980s, Dr. Cole founded and served as the CEO of Cole Engineering Inc., where his expertise was sought by some of the most prominent companies, universities, and public institutions worldwide. Known for his courage in defying scientific dogma, bureaucratic resistance, and managerial banality, Jack embodied the philosophy of one of his favorite quotes by George Bernard Shaw: “Some people see things as they are and say, why? I dream things that never were and ask, why not?” Jack’s upcoming book represents the culmination of his life's work and his unwavering dedication to expanding the boundaries of human knowledge. In this groundbreaking treatise, he challenges the Standard Model of Quantum Mechanics, proposing a revolutionary new model of the universe that corrects centuries-old scientific misconceptions. Dr. Cole offers a new, quantized view of the universe by drawing on the work of Galileo and using simple thought experiments with tools like the equal-arm balance and the simple pendulum. Dr. Cole approached his research with the utmost respect for the great thinkers who came before him while daring to think differently and challenge established norms. His work is driven by the belief that correcting errors in our understanding of nature opens new frontiers of discovery and innovation. This philosophy guided him throughout his career and continues to inspire those who delve into his profound insights and groundbreaking theories. Jack H. Cole's legacy is not just one of scientific achievement but of courage, curiosity, and an unwavering commitment to truth. His life's work stands as a beacon for future generations of scientists and thinkers, encouraging them to dream beyond the known and to ask, "Why not?" Dr. Jack H. Cole passed away in August 2022 at the age of 88, leaving behind a rich legacy of innovation and inquiry. His final years were dedicated to refining his revolutionary ideas, and his book is a testament to his enduring passion for expanding human knowledge. Jack's impact on the scientific community and his contributions to our understanding of the universe will continue to resonate for generations to come.

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