Index
357
− wave, 49, 149, 197
Electrodynamics, v, 5–6, 12–13, 104, 129,
149, 154
Electromagnetic wave, 6–7, 9, 11, 45, 55,
211–212
Elementary length, 151
Elementary particles, 55, 68, 149, 151, 195
− principle of relativity, vi, 118–119,
123–124, 128, 130, 133, 138, 145, 161,
163, 165, 184
Energy, vii, 1, 16ff., 237
Energy current, 224
Energy density, 224
Energy mass equivalence, 16, 75, 195, 296
− momentum conservation, 39, 228,
246, 323–324, 334
−− tensor, 239, 241–242, 245–246,
249–250, 299–300, 313–315, 319, 328
Energy of a kink, 194
Energy transfer, 224
Enneper, 77
Equations of motion, 30–31, 233
Equivalence of reference systems, 118, 143
Eshelby, 112, 233, 291
Ether, vii, 1–7, 10ff., 45, 104, 111, 129,
148ff., 165, 234
Ether and space, 55
Event, 85
Experimentum crucis (of Special Relativity),
16, 108, 212
F
Field theory, 50
First Newtonian Axiom, 20
Fitzgerald, − Lorentz contraction, − −
hypothesis, 104, 129, 165
Flat beings, 109
Force constant, 22ff., 72
Forces, 21
Forces on a dislocation, 62, 72
Foucault, 20
Fourth Newtonian Axiom, 21
Frame, vff., 11, 18–21
Frank, 64, 67
Free of dispersion, 9, 33
French, 157, 211–212, 300, 309
Frenkel, 60, 67, 69, 111
− Kontorova, 67, 69, 111
Frequency, large −, high −, 9, 16, 23, 26,
92, 197–198, 234
G
Galilei, 18
−’s composition of velocities, 179
− an principle of relativity, 20
− transformation, 10, 21, 134–135,
138–139, 153, 155, 158
Generalised coordinates, 78
General Theory of Relativity, 2–3, 37, 109,
124, 253, 297
Genz, 118
Gittermeter, 75, 87
Gittersecond, 75, 87
Gliding, 70
Gliding of a dislocation, 70–71, 285, 320
Goenner, viii, 56, 134
Goldstein, 20, 242
Gordon, see Klein- Gordon equation
Gorini, 118
Gravitation, -al, 2, 20, 124, 151, 153
Gravitational constant, 151
Gravity, 2, 20, 107–108, 123, 151, 253
Günther , vi, 18, 70–71, 84–85, 87, 118,
127, 161, 285, 296
H
Harmonic oscillation, 23, 31, 34, 52, 149
− wave, 9, 198–199, 201
Harmonic waves, 9
Hehl, 5, 62
Heisenberg, 151
Heisenberg, −’s length, 151
Hertz, 343
Hooke’s law, 51–53, 60, 143, 269, 275,
282–283, 294
−’s tensor, 143, 269–272, 275, 282, 283,
293
Hubble, 197
I
Ideal crystal, 61
Ideal lattice places, 61
Ideal symmetry, 57
Identical clocks, 98, 107–108
Imperfections, vii, 61–62, 81, 162
Individual particle, 232
Inelastic collision, 228, 301, 325, 334–335
Inertial frame, 19
Inertial mass, v, vi, 16–17, 69–71, 79, 151ff.,
237, 296
− of a dislocation, 70, 78, 233, 250–251,
291
357
− wave, 49, 149, 197
Electrodynamics, v, 5–6, 12–13, 104, 129,
149, 154
Electromagnetic wave, 6–7, 9, 11, 45, 55,
211–212
Elementary length, 151
Elementary particles, 55, 68, 149, 151, 195
− principle of relativity, vi, 118–119,
123–124, 128, 130, 133, 138, 145, 161,
163, 165, 184
Energy, vii, 1, 16ff., 237
Energy current, 224
Energy density, 224
Energy mass equivalence, 16, 75, 195, 296
− momentum conservation, 39, 228,
246, 323–324, 334
−− tensor, 239, 241–242, 245–246,
249–250, 299–300, 313–315, 319, 328
Energy of a kink, 194
Energy transfer, 224
Enneper, 77
Equations of motion, 30–31, 233
Equivalence of reference systems, 118, 143
Eshelby, 112, 233, 291
Ether, vii, 1–7, 10ff., 45, 104, 111, 129,
148ff., 165, 234
Ether and space, 55
Event, 85
Experimentum crucis (of Special Relativity),
16, 108, 212
F
Field theory, 50
First Newtonian Axiom, 20
Fitzgerald, − Lorentz contraction, − −
hypothesis, 104, 129, 165
Flat beings, 109
Force constant, 22ff., 72
Forces, 21
Forces on a dislocation, 62, 72
Foucault, 20
Fourth Newtonian Axiom, 21
Frame, vff., 11, 18–21
Frank, 64, 67
Free of dispersion, 9, 33
French, 157, 211–212, 300, 309
Frenkel, 60, 67, 69, 111
− Kontorova, 67, 69, 111
Frequency, large −, high −, 9, 16, 23, 26,
92, 197–198, 234
G
Galilei, 18
−’s composition of velocities, 179
− an principle of relativity, 20
− transformation, 10, 21, 134–135,
138–139, 153, 155, 158
Generalised coordinates, 78
General Theory of Relativity, 2–3, 37, 109,
124, 253, 297
Genz, 118
Gittermeter, 75, 87
Gittersecond, 75, 87
Gliding, 70
Gliding of a dislocation, 70–71, 285, 320
Goenner, viii, 56, 134
Goldstein, 20, 242
Gordon, see Klein- Gordon equation
Gorini, 118
Gravitation, -al, 2, 20, 124, 151, 153
Gravitational constant, 151
Gravity, 2, 20, 107–108, 123, 151, 253
Günther , vi, 18, 70–71, 84–85, 87, 118,
127, 161, 285, 296
H
Harmonic oscillation, 23, 31, 34, 52, 149
− wave, 9, 198–199, 201
Harmonic waves, 9
Hehl, 5, 62
Heisenberg, 151
Heisenberg, −’s length, 151
Hertz, 343
Hooke’s law, 51–53, 60, 143, 269, 275,
282–283, 294
−’s tensor, 143, 269–272, 275, 282, 283,
293
Hubble, 197
I
Ideal crystal, 61
Ideal lattice places, 61
Ideal symmetry, 57
Identical clocks, 98, 107–108
Imperfections, vii, 61–62, 81, 162
Individual particle, 232
Inelastic collision, 228, 301, 325, 334–335
Inertial frame, 19
Inertial mass, v, vi, 16–17, 69–71, 79, 151ff.,
237, 296
− of a dislocation, 70, 78, 233, 250–251,
291