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B.Crowell - The Modern Revolution in Physics, Vol

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A

absorption spectrum 83 Albert Einstein 11 angular momentum

and the uncertainty principle 97 in three dimensions 97 quantization of 96

atoms

helium 105 lithium 105 sodium 106

with many electrons 105 averages 47

rule for calculating 47

B

Balmer Johann 102

Bohr

Niels 102 bound states 82 box

particle in a 82

C

Cambridge 68 carbon-14 dating 53 cat

Schrödinger's 86 chemical bonds

quantum explanation for hydrogen 83 classical physics 44

complex numbers

use in quantum physics 91 coordinate transformation

defined 15

correspondence principle 31, 32

D

Darwin Charles 44

Davisson C.J. 76 de Broglie

Louis 76 decay

exponential 51 rate of 54

digital camera 62 duality

wave-particle 67

Index

E

Eddington Arthur 44

Einstein

Albert 43, 61

and randomness 44 electron

as a wave 76 spin of 104 wavefunction 79

emission spectrum 83 energy

equivalence to mass 35 quantization of for bound states 82

Enlightenment 44 evolution

randomness in 44 exclusion principle 105 exponential decay 51

rate of 54

G

gas

spectrum of 83 geothermal vents 44 Germer

L. 76 goiters 51

gravitational mass 36 group velocity 81

H

half-life 51 Heisenberg

Werner 84

Heisenberg uncertainty principle 84 in three dimensions 98

helium 105 Hertz

Heinrich 64 hydrogen atom 99

angular momentum in 96 classification of states 96 energies of states in 102 energy in 96

L quantum number 99 momentum in 96

n quantum number 99

I

independence

Index 121

statistical 45 independent probabilities

law of 46 inertial mass 36 invariants 30 iodine 51

J

Jeans

James 44

K

kinetic energy relativistic 33

L

Laplace 43 lightlike 27

M

mass

equivalence to energy 35 gravitational 36

inertial 36 matter

as a wave 75 Maxwell 13

measurement in quantum physics 86 Michelson-Morley experiment 13 Millikan

Robert 65 molecules

nonexistence in classical physics 75 momentum

relativistic 32, 38

N

neutron

spin of 104 Newton

Isaac 43 normalization 47

O

ozone layer 61

P

particle

definition of 67 particle in a box 82

path of a photon undefined 68 Pauli exclusion principle 105 periodic table 106

phase velocity 81

122 Index

photoelectric effect 63 photon

Einstein's early theory 63 energy of 65

in three dimensions 71 pilot wave hypothesis 68 Planck

Max 66

Planck's constant 66 probabilities

addition of 46 normalization of 47

probability distributions averages of 50 widths of 50

probability distributions 48 probability interpretation 69 proper time 42

protein molecules 95 proton

spin of 104

Q

quantum dot 82 quantum moat 96 quantum numbers 100 quantum physics 44

R

radar 61 radio 61

randomness 44 relativity

general theory of 23 special theory of 23

Russell Bertrand 44

Rutherford Ernest 43

S

Schrödinger

Erwin 86

Schrödinger equation 89 Schrödinger's cat 86 Seurat

George 63 Sirius 83 sodium 106 spacelike

defined 27 spectrum

absorption 83 emission 83

spin 104

of electron 104 of neutron 104 proton 104

Star Trek 83 states

bound 82

T

Taylor G.I. 68

time dilation 21 timelike 27 tunneling 88 twin paradox 23

U

ultraviolet light 61 uncertainty principle 84

in three dimensions 98

V

velocities

relativistiv combination of 30 velocity

group 81 phase 81

relativistic combination of 38

W

wave

definition of 67 dispersive 80

wave-particle duality 67 pilot-wave interpretation of 68 probability interpretation of 69

wavefunction

complex numbers in 91 of the electron 79

Wicked Witch of the West 75 work-kinetic energy theorem

relativistic 39

Index 123

124 Index

Photo Credits

All photographs are by Benjamin Crowell, except as noted below. In some cases I have used historical photographs for which I know the date the picture was taken but not the photographer; in these cases I have simply listed the dates, which indicate the copyrights have expired. I will be grateful for any information that helps me to credit the photographers properly.

Chapter 1

Einstein: ca. 1905

Chapter 2

Eclipse: 1919

Large Hadron Collider: Courtesy of CERN.

Chapter 3

Mount St. Helens: Public-domain image by Austin Post, USGS.

Pu'u O'o: Public-domain image by Lyn Topinka, USGS.

Chapter 4

Ozone maps: NASA/GSFC TOMS Team.

Photon interference photos: Lyman Page.

Chapter 5

Wicked witch: W.W. Denslow, 1900. Quote from The Wizard of Oz, by L. Frank Baum, 1900.

Chapter 6

Hindenburg: Arthur Cofod Jr., U.S. Air Force, 1937, courtesy of the National Air and Space Museum Archives.

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