QED Coherence in MatterWorld Scientific, 1995 - 236 pagine Up until now the dominant view of condensed matter physics has been that of an ?electrostatic MECCANO? (erector set, for Americans). This book is the first systematic attempt to consider the full quantum-electrodynamical interaction (QED), thus greatly enriching the possible dynamical mechanisms that operate in the construction of the wonderful variety of condensed matter systems, including life itself.A new paradigm is emerging, replacing the ?electrostatic MECCANO? with an ?electrodynamic NETWORK,? which builds condensed matter through the long range (as opposed to the ?short range? nature of the usual electrostatic forces) electrodynamical interaction; this interaction creates ?coherent configurations? of the elementary systems (atoms and molecules), which oscillate in phase with a coherent macroscopic (and classical) electromagnetic field that, through the strong interaction with matter, remains trapped inside it. |
Sommario
QUANTUM FIELD THEORY OF MATTER AND RADIATION | 1 |
QED COHERENCE IN THE TWO HELIUM ISOTOPES | 4 |
68 | 16 |
THE DYNAMICS OF QED IN CONDENSED MATTER | 25 |
Exercises of Chapter 2 | 39 |
Exercises of Chapter 4 | 91 |
Exercises of Chapter 5 | 117 |
JOE WEBERS PHYSICS | 145 |
TOWARDS A THEORY OF COLD FUSION PHENOMENA | 153 |
QED COHERENCE IN FERROMAGNETISM | 179 |
DYNAMICS AND THERMODYNAMICS OF WATER | 195 |
QCD COHERENCE | 219 |
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according amplitude analysis appears approximation associated atomic becomes Chapter charge classical coherent commutation relations completely condensed matter configuration consider constant corresponding coupling defined density dependence derive described determined discussion distances domains dynamics e.m. field effective electrons energy equation excited existence expected expression fact factor Fermi final fluctuations fluid forces frequency function fundamental give given ground Hamiltonian implies important integral interaction known lattice leads liquid magnetic mass meaning mechanical mode molecules momentum nature normal Note nuclear nucleons nucleus observed obtain operator oscillations particle perturbative phase Phys physical plasma positive potential problem quantum field quantum mechanical relations result short-range shows simple single solution space spectrum structure superfluid temperature theory transition typical usual wave wave-field write