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EbookBell Team
4.4
62 reviews
ISBN 10: 9087280203
ISBN 13: 9789087280208
Author: Jasper Van Wezel
Quantum Mechanics is one of the most successful physical theories of the last century. It explains physical phenomena from the smallest to the largest lengthscales. Despite this triumph, quantum mechanics is often perceived as a mysterious theory, involving superposition states that are alien to our everyday Big World. In Quantum Mechanics and The Big World the connection between Quantum Mechanics and the Classical World, which we see around us every day, is investigated. The quantum origin of large systems turns out to continuously influence their behaviour. One of the consequences discussed in this thesis, is that qubits (the basic building blocks of a future quantum computer) can hold on to their stored quantum information only for a given time. After that time the qubit will be effectively reduced to just an ordinary bit. Another important connection between quantum mechanics and classical physics is the way in which gravity could influence quantum mechanical particles. In this thesis one particular idea about this influence is proposed.
Preface
Introduction
The Fundamental Issue
Quantum Mechanics in the Big World
The Microscopic Model
Conclusions
Quantum Mechanics of the Big World
The Harmonic Crystal
The Lieb-Mattis Model
The Superconductor
Conclusions
Quantum Mechanics or the Big World
Penrose’s Observation
An Experimental Test
Time Evolution
Conclusions and Outlook
Epilogue
Summary
Appendices
Bibliography
Index
Summary in Dutch
Curriculum Vitae
List of Publications
quantum mechanics and the big world order
quantum mechanics and the big bang
quantum mechanics and the universe
quantum physics and the big bang theory
quantum theory and the big bang
a quantum mechanic
Tags: Jasper Van Wezel, Quantum, Mechanics, Big, World, Order, Broken, Symmetry, Coherence, Many, Body, Systems
