QUANTUM THEORY

By EMMA MILLER

QUANTUM THEORY NUCLEAR PHYSICS THEORETICAL PARTICLE PHYSICS ELEMENTARY PARTICLE PHYSICS: THE ORIGINS ASTROPHYSICS A CENTURY OF RELATIVITY FROM RADAR TO NUCLEAR MAGNETIC RESONANCE AN ESSAY ON CONDENSED MATTER PHYSICS IN THE TWENTIETH CENTURY A SHORT HISTORY OF ATOMIC PHYSICS IN THE TWENTIETH CENTURY CONTENTS QUANTUM ?ELD THEORY THE STANDARD MODEL OF PARTICLE PHYSICS STRING THEORY, SUPERSYMMETRY, UNI?CATION, AND ALL THAT ACCELERATORS AND DETECTORS ANOMALOUS G VALUES OF THE ELECTRON AND MUON NEUTRINO PHYSICS ASTROPHYSICS COSMOLOGY AT THE MILLENNIUM COSMIC RAYS: THE MOST ENERGETIC PARTICLES IN THE UNIVERSE COSMIC MICROWAVE BACKGROUND RADIATION BLACK HOLES GRAVITATIONAL RADIATION DECIPHERING THE NATURE OF DARK MATTER NUCLEAR PHYSICS NUCLEAR PHYSICS AT THE END OF THE CENTURY STELLAR NUCLEOSYNTHESIS ATOMIC, MOLECULAR, AND OPTICAL PHYSICS ATOMIC PHYSICS LASER SPECTROSCOPY AND QUANTUM OPTICS ATOM COOLING, TRAPPING, AND QUANTUM MANIPULATION LASER PHYSICS: QUANTUM CONTROVERSY IN ACTION QUANTUM EFFECTS IN ONE- AND TWO-PHOTON INTERFERENCE FROM NANOSECOND TO FEMTOSECOND SCIENCE EXPERIMENT AND FOUNDATIONS OF QUANTUM PHYSICS CONDENSED MATTER PHYSICS THE FRACTIONAL QUANTUM HALL EFFECT CONDUCTANCE VIEWED AS TRANSMISSION SUPERCONDUCTIVITY SUPER?UIDITY IN TOUCH WITH ATOMS MATERIALS PHYSICS THE INVENTION OF THE TRANSISTOR STATISTICAL PHYSICS AND FLUIDS STATISTICAL MECHANICS: A SELECTIVE REVIEW OF TWO CENTRAL ISSUES SCALING, UNIVERSALITY, AND RENORMALIZATION: THREE PILLARS OF MODERN CRITICAL PHENOMENA INSIGHTS FROM SOFT CONDENSED MATTER GRANULAR MATERIAL: A TENTATIVE VIEW FLUID TURBULENCE PATTERN FORMATION IN NONEQUILIBRIUM PHYSICS PLASMA PHYSICS THE COLLISIONLESS NATURE OF HIGH-TEMPERATURE PLASMAS CHEMICAL PHYSICS AND BIOLOGICAL PHYSICS CHEMICAL PHYSICS: MOLECULAR CLOUDS, CLUSTERS, AND CORRALS BIOLOGICAL PHYSICS BRAIN, NEURAL NETWORKS, AND COMPUTATION COMPUTATIONAL PHYSICS MICROSCOPIC SIMULATIONS IN PHYSICS APPLICATIONS OF PHYSICS TO OTHER AREAS PHYSICS AND APPLICATIONS OF MEDICAL IMAGING NUCLEAR ?SSION REACTORS NUCLEAR POWER—FUSION PHYSICS AND US NATIONAL SECURITY LASER TECHNOLOGY