Can Electrons Learn?: The Great New Scientific Discovery

ISBN-13: 9781541265578 / Angielski / Miękka / 2016 / 98 str.

Michael Mathiesen

Opis

Recently, Science has discovered that electrons can become 'entangled' with one another. This means that the tiniest forces in the universe, some of which we use up as 'Electricity' in our daily lives, is conscious behavior in some ways. This book is a call to the Scientific Community to learn more by performing an experiment we have designed and describe herein where electrons will show us if they indeed have the ability to 'Learn'. If they can learn, the next question, we must ask ourselves is - what are they learning from us and what can we learn from them? In two earlier books - 'The 4 States of Consciousness' and 'Uber Religion - Expletives Deleted', I discuss how and why humans have arrived at the greatest time in our civilization. Through the diligent efforts of our greatest scientific experiments - primarily with things like CERN'S Large Hadron Collider where they discovered the God Particle - we are now profoundly aware of the Tinker-Toy manner in which all of the parts of our universe snap together. We also know from the classical double-slit experiment and recent experiments in 'Entanglements' that electrons can be aware of one another's spin-state. In this new book, for the first time anywhere, I am putting forth the theory that since electrons are aware of our observations of them, and they can be aware of each other, then, they must also have the ability to learn. And, therefore, just as the US Navy has trained Dolphins to dive onto an enemy submarine and plant explosives on their hull, we may be able to train electrons to do even more wondrous things in our Defense and in our daily lives as well. Therefore, the most profound scientific discovery of all time may be just on the horizon where we may soon know with absolute certainty how our own minds reflect and obey this basic architecture of our universe. Can Electrons Learn? - The Greatest New Scientific Discovery is a tour of the smallest parts of the universe and the most basic and fundamental energies that power up our every day lives and events. Even the thoughts you are having at this moment are controlled largely by the electrons that flow throughout your neuronal network including all of your mind and body. It has been shown in something known as 'Entanglements' that two electrons can become paired and then when separated, even over thousands of miles, they will exhibit something known as 'Super Memory' or in my opinion - Consciousness because one of the related pairs of entangled electrons will know the state of the other and will instantly react to any changes in that state without any consideration for time or distance. How to prove my theory? This being a profound indicator of Consciousness, I have recently come up with an interesting experiment, that if proven in the real world of Quantum Physics by the folks at the Large Hadron Collider, the Stanford Linear Accelerator or the International Linear Collider or any combination above - would change our perception of the universe and our role in it - forever. "Can Electrons Learn - A Great New Scientific Discovery" is an adventure for any reader who cares about Science and/or has any interest in the deepest most puzzling questions of the Cosmos. If it is proven by these most expensive and complex new human innovations - that electrons can indeed learn, then we must next start asking ourselves what are they learning from us? And, perhaps more importantly - what can we learn from them? Join the journey into the deepest and most complex parts of the universe, but in a truly enlightened approach that is easy to understand and even appreciate as told by a well-known Science Writer - who does his best to use the KISS method or 'Keep It Simple Stupid'. You will find that anyone with even a faint memory of his or her High School Physics class will reap the rewards of knowing a great deal more about the workings of your inner mind and how it dovetails with the outer univ