Quantum Theory Cannot Hurt You_ A Guide to the Universe - Marcus Chown [87]
uncertainty principle of, 1
visibility of stars, 1
Olbers, Heinrich, 1
Olbers’ paradox, 1
Orbitals, electron, 1, 2, 3, 4
properties of atoms and, 1
Orbits, planetary, 1
P
Page, Leigh, 1
Parallel realities, 1, 2
Particle physics
creation of mass-energy, 1
entanglement, 1
light, 1, 2
momentum, 1
probability waveflipping, 1
quantum theory, 1
spin, 1
uncertainty principle, 1
Pauli, Wolfgang, 1
Pauli exclusion principle, 1
Penzias, Arno, 1
Perlmutter, Saul, 1
Perrin, Jean Baptiste, 1
Photoelectric effect, 1, 2
Photons
cosmic background radiation, 1
creation of, 1, 2
discovery, 1
dual wave-particle nature, 1
effective mass, 1, 2
indistinguishability, 1
predictability of behaviour of, 1
superposition, 1, 2, 3
See also Bosons
Planetary orbits, 1
Pollen grains, 1
Predictability of phenomenon, 1
Pressure, 1
Probability
boson behaviour, 1
in quantum theory, 1
Probability wave, 1, 2, 3
of bosons, 1
decoherence, 1
flipping of, 1
Protons
atomic structure, 1n
mass, 1
nuclear fusion, 1
tunnelling, 1
Prout, William, 1
Pulsars, 1
Q
Quanta, 1
Quantum bits, 1
Quantum computers
application, 1
conceptual basis, 1
current status, 1, 2
design challenges, 1, 2
operation in multiple universes, 1
power of, 1, 2, 3
qubits, 1
role of interference in, 1, 2
Quantum fluctuations, 1
Quantum numbers, 1, 2
Quantum theory
atomic theory and, 1
behaviour of large objects in, 1
chemical properties and, 1
of entanglement, 1
existence of multiple universes in, 1
Feynman on, 1
future prospects, 1
general theory of relativity and, 1
of gravity, 1
of particle spin, 1
probability in, 1
purpose, 1
quanta in, 1
significance of, 1
of spooky action at distance, 1
uncertainty principle in, 1
wave-particle duality in, 1
Quantum vacuum, 1
Quasars, 1
Qubits. See Quantum bits
R
Radio waves, 1
Radioactivity, 1
Radium, 1
Red dwarf star, 1
Reflectivity, 1, 2, 3
Relativistic aberration/beaming, 88n
Relativity
principle of, 1
See also General theory of relativity;
Special theory of relativity
Riefenstahl, Charlotte, 1
Rohrer, Heinrich, 1
Rutherford, Ernest, 1, 2, 3
S
Scanning tunnelling microscope, 1
Schmidt, Brian, 1
Schrödinger, Erwin, 1
Schrödinger equation, 1, 2
Scott, Dave, 1
Shell, atomic, 1
Simultaneity, 1
Singularity, 1, 2
Size of atoms, 1, 2, 3, 4
Soddy, Frederick, 1
Sodium, 1
Space
curvature of, 1
emptiness of, 1, 2, 3, 4
general theory of relativity, 1
relationship to time, 1
special theory of relativity, 1, 2
Special theory of relativity, 1, 2
energy and mass relationship in, 1
gravity in, 1
implications for physics, 1
principles of, 1, 2
real-world implications, 1
shortcomings, 1
simultaneity, 1
Speed
of alpha particles, 1
of gravity, 1
instantaneous influence, 1
of light. See Speed of light
mass and, 1
of muons, 1
of radio waves, 1
theory of relativity, 1
See also Acceleration; Velocity of particle
Speed of light
as maximum limit of speed, 1, 2, 3
particle speed in excess of, 1
principle of relativity, 1
special theory of relativity, 1, 2
speed of light source and, 1
spooky action at a distance and, 1, 2, 3
Speliotopoulos, Achilles, 1
Spin, particle
in Cooper pairs, 1
electron distinguishability, 1
integer/half-integer, 1
probability waveflipping and, 1
properties of particles, 1
spooky action at a distance and, 1
Spooky action at distance, 1
Stars. See Sun/stars
Stoppard, Tom, 1
Strong nuclear force, 1, 2
Sun/stars
darkness of night sky, 1
energy of, 1
life cycle, 1, 2
light from, 1
neutron stars, 1, 2, 3, 4
physics of, 1
red dwarfs, 1
supernovas, 1, 2
warping of space-time by, 1
weight of, 1
white dwarfs, 1, 2, 3
Suntzeff, Nick, 1
Superconductors, 1
Superfluids, 1
Supernova, 1, 2
Superposition
conceptual basis, 1
decoherence, 1
definition, 1
interference in, 1, 2
observability, 1, 2, 3, 4
in quantum computing, 1, 2
Superstring theory, 1
T
Tachyons, 1
Teleportation, 1
Television static, 1
Temperature
Big Bang, 1
cosmic background radiation, 1, 2
electric current in metal,