Quantum Relativity
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5.0 • 3 calificaciones
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Descripción editorial
A programmer's guide to understanding AI and Quantum Computing through applied Astrophysics. Demonstrating how Quantum Generative Adversarial Neural Networks can be used to model an 11-dimensional system for the purpose of locating and transmitting information between different mathematical points in space-time.
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To celebrate the hundred year anniversary of quantum physics, the Nobel Prize of physics had been awarded to three physicists who made significant contribution in the field of quantum physics. In the modern era, quantum physics had matured from conceptual theory to commercialized products. However, scientists, companies, and the general public are still experimenting various methods of manipulating and controlling quantum phenomena for the use of computing. Moreover, business models are still waiting to be built to utilize the great potentials of quantum computational powers. What can be the best use cases for this new technology? How can we incorporate it with other technologies like AI, medical, IT, or education? While this book can give a glimpse into the world of quantum physics, many questions are still unanswered.