Exner P. — Open quantum systems and Feynman integrals :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Exner P. — Open quantum systems and Feynman integrals

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Open quantum systems and Feynman integrals

Автор: Exner P.

Язык:

Рубрика: Физика/Квантовая механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1985

Количество страниц: 356

Добавлена в каталог: 21.08.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

'feynman measure'      221 258 268 273
'feynman measure' cameron theorem      217 272
'feynman paths'      275 306—311 314
'integrity'      see also “identity problem” 5 48
'turing paradox'      see also “'zeno's paradox'” 96
'zeno's paradox'      84—94 96 97 307 316
Absolutely continuous subspace      28 50 110 116 150 195—207 211 321
Accretivity      152 155 159 208
action      214 279 311
Albeverio and hoegh — krohn method      220 225 268 273 274 276 312
Algebra $\mathcal{F}(\mathcal{H})$       222—234 251 252 254 256 263 264 266—270 275 279—281 322
Analytic continuation      see “f-integral”
Anharmonic oscillator      313
Apparatus function      306 passim
Approximation bounded-energy      39—47 51
Approximation optical      179—194 210 211 320
Approximation pole-and-real-axis      103 107 129 139 140 151 177 316
Approximation polygonal-path      215 240—257 263—265 274—276
Approximation semibounded-energy      46
Approximation semiclassical      273
Approximative reduced propagator      42 passim
Approximative state space      42 passim
Argument cook      199 211
Argument cook haag and kastler      46 52 139
Argument cook von schweidler      2 54
Assumption (a), embedded-eigenvalue perturbations      116
Assumption (a), friedrichs model      105
Assumption (a), non-unitary scattering      195
Assumption (b), non-unitary scattering      205
Assumption (b), optical approximation      179
Assumption (c), non-unitary scattering      205
Assumption (c), repeated measurements      56
Assumption (c3)      60
Assumption (c4)      62
Assumption (cl, 2)      58
Assumption (d)      195
Assumption (e)      205
Assumption (f)      179
Assumption (m)      115
Assumption (n)      183
Assumption (p1)      114
Assumption (p2)      115
Assumption (r)      55 138
Assumption (s), non-unitary scattering      195
Assumption (s), optical approximation      179
Assumption (u)      190
Assumption (ul, 2) unstable systems      6
Barrier gamow method      2 140 289 312
Barrier partially absorbing      173
Barrier-penetration decay      140 289 312
Baumgartel theorems      117 121 143
Beam-foil technique      3 47 51
Bochner — khintchin theorem      21 22
Bounded-energy approximation      see also “energy filtering” 39—47 52
Bounded-energy state      40 passim
Breit — wigner function      2 9 33 78 96 112 136 139 150
Bubble chamber      see “chamber”
Cameron theorem, on non-existence of feynman measure      217 272
Cameron — Martin formula      233 254—257 267—269 275 313
Cayley transformation      153 passim 208
Chamber      54ff
Chamber bubble      54 60 76—84 92
Chamber discrete      58 66—71 95
Chamber homogeneous      62 63 71—76 95
Chamber periodically structured      62—76 95
Chamber spark      54 55 62 66—71
Chamber structure of      55 56 58 60—65 71 76 77 79—81 95
Channels      177 passim
Chernoff theorems      49 326 327
Classical limit      11 221 273 274 311
Classical limit damped harmonic oscillator      302—304
Cogenerator      208
Compression      48
Condition dissipativity      147 152
Condition enss      204
Condition friedrichs      104 111 113 114 121—123
Condition minimality      see “minimality condition”
Condition semigroup      3ff
Conjugation      163 164
Continual observation limit of      see “limit”
Continual observation true      93 96
Continuous contractive semigroup      22ff 147ff 318—320 324 326 329 330
Convolution, of measures      222 passim 281
Cook argument      199 211
Coupling constant      3 104 140 143 177 316 317
Coupling constant analyticity of pole positions      107 114 316
Coupling constant puiseaux series      120—122 317 328
Coupling constant weak-coupling limit      48 140
CP-parity      3 129 144
CPT-invariance      87
Cylindrical function      216 218 227
Cylindrical function, basis of      227
Cylindrical function, integration of      216 222 227 251 321
Cylindrical projection      248 263
Cylindrical set      216
Damped harmonic oscillator      48 290—305 312 313
Damped harmonic oscillator 'ground state'      303 305
Damped harmonic oscillator classical limit      302—304
Damped harmonic oscillator non-damped limit      300—302
Damped harmonic oscillator propagator of      292 303
Damped harmonic oscillator pseudo-hamiltonian of      290—292
Damped harmonic oscillator pseudo-hamiltonian of spectrum      304 305
Damping harmonic oscillator      48 290—305 312 313
Damping radiation      2 11 47 99 139
Davies theorem on absolutely continuous subspace      198 211
Davies theorem on bijectivity of s-matrix      206 212
Davies theorem on completely dissipative schrodinger operators      175 209
Davies theorem on existence of $\omega_{+}^{\ast}$       201 211 321
Decay dynamical mechanism of      3 4 98ff. 139—141 143 144
Decay function      8 32 127
Decay law      8ff. 125 138
Decay law exponential      2 3 12 24 54 65 76 103
Decay law for a bounded-energy state      40
Decay law in presence of repeated measurements      53ff.
Decay law measured      58—60 65 66 69—72 76—78 81—84 95
Decay law non-exponentiality      see “non-exponentiality of decay law”
Decay law primary      56 65 66 70 72 76 78—80 85 93
Decay operator      see “decay function”
Decay rate fermi golden rule      3 107 108 122 139—141 143
Decay rate initial      12—15 38 49 52 85
Decay rate integral restrictions on      25 29
Decay rate measured      65 69—72 76 85 95
Decay relativistic slow-down      77 136—138 145
Density matrix      see “state dewitt — morette method” 273 312
Dilation-analytic method      143 210
Dirichlet Laplacian      94 314
Dirichlet — Jordan theorem      330
Dissipative systems      xiii 48 278
Dissipativity (essentially) maximal      see “operator”
Dissipativity complete      157—159 175 197 208 209 319
Dissipativity condition      147 152
Dyson expansion      159—162 185—189 208 282 283
Effect Stark      140 143
Effect threshold      108 141 316
Effect watchdog      96
Ehrenfest theorem      323
Eigenvector, generalized      195 210
Eisenbud — wigner formula      142
Energy filtering      45 52 83 96 139 145
Energy resolution      83 193 194
Energy spectrum absolute continuity      28 51 178 195
Energy spectrum boundedness from below      3 24 27 29—33 50 51 87 91
Energy spectrum boundedness from below sufficient conditions      31 32 51
Energy spectrum boundedness from below, necessary conditions      30 50
Energy spectrum relation to lifetime      38
Energy support      31 46
Enss condition      204
Euclidean invariance      131 145
Evolution equations      see also “pseudo-hamiltonians”
Evolution equations in banch space      259—262 328

Evolution equations non-linear      48 323;
Evolution operator      see “propagator”
F-integral      x 96 213ff.
F-integral absence of dominated convergence theorem      233 321
F-integral algebra $\mathcal{F}(\mathcal{H})$       222—234 251 252 254 256 263 264 266—270 275 279—281 322
F-integral analytic      269 280 313
F-integral analytic continuation      218
F-integral analytic continuation in mass      219 272
F-integral analytic continuation in time      see also “feynman — kac formula” 219 272
F-integral analytic relation to fresnelian      269 270 273
F-integral application to quantization      221 273 276
F-integral cameron — martin formula      233 254—257 267—269 275 313
F-integral change-of-variable transformations      230—233 253—257 322
F-integral complex      see “f-map”
F-integral computer simulation      274
F-integral discrete setting      274
F-integral fresnelian      225—234 251 266—270 273 274 279—283 313 321
F-integral fubini property      226 passim
F-integral gaussian-regularized      see also “ito's method” 267 280 312
F-integral gaussian-regularized relation to fresnelian      267
F-integral in curved space      221 273
F-integral limiting      217 266 272 276 280
F-integral limiting relation to fresnelian      266
F-integral notational convention      221
F-integral operator-valued      271 277
F-integral over histories      221 273
F-integral phase-space      221 273
F-integral polygonal-path approximations      215 240—257 263—265 274—276
F-integral product      258 272 275 283 284 292 297—299 312
F-integral regular cylindrical      249—257 275 312 313
F-integral relative to a form      268 276 313
F-integral sequential methods      263—266 275
F-integral uniform cylindrical      249—257 275
F-integral uniform improperly cylindrical      249—257 275 280
F-integral uniform product      258 284 292
F-integral uniform product of time-dependent functions      284
F-integral with constraints      221 273
F-map      225ff.
F-map change-of-variable transformations      230—233 253—257
F-map fresnelian      225—234 251 252 263 274
F-map fresnelian extensions of      263 276
F-map fresnelian generalized      see “f-integral relative
F-map product      258
F-map regular cylindrical      249—257 275
F-map relation to w-integral      240 252 274 275
F-map uniform cylindrical      249—257 275
F-map uniform product      258
Fci-formula      279 289 312
Fci-formula anharmonic oscillator      313
Fci-formula damped harmonic oscillator      292
Fci-formula harmonic oscillator      313
Fci-formula potential from $l^{p}+l^{\infty}$       272 284
Fci-formula potentials from $\mathcal{F}(\mathds{r}^{d})$       279
Fci-formula potentials with below bounded real part      284
Fci-formula relation to scattering theory      289 312
Fci-formula time-dependent potentials      273 285
Fci-formula two-particle potentials from $l^{2}+l^{\infty}$       284
Fermi Golden Rule      3 107 108 122 139—141 143
Feshbach optical potential      181 passim
Feshbach optical potential feynman — cameron-ito formula      see “fci-formula”
Feynman path integral      see “f-integral”
Feynman — Kac formula      219 272 275 279 312
Feynman's thought experiment, with many-slit screens      214 307 313
Formula cameron — martin      233 254—257 267—269 275 313
Formula eisenbud — wigner      142
Formula fci      see “fci-formula”
Formula Feynman — Kac      219 272 275 279 312
Formula fourier — stieltjes inversion      30 324
Formula product      see “product formulae”
Formula trotter      219 257 262 272 326
Fourier - stieltjes inversion formulae      30 324
Free Hamiltonian      10 163 178 179 195 208
Free propagator      10 257
Frequency matrix for damped harmonic oscillator      293 passim
Frequency of measurement      62—65 70 71 81 95
Friedrichs condition      104 111 113 114 121—123
Friedrichs model      103—113 115 120 140 141 181 316
Friedrichs model multidimensional      113 141 317
Fubini property      226 passim
Fubini theorem      325
Function apparatus      306 passim
Function breit — wigner      2 9 33 78 96 112 136 139 150
Function decay      8 32 127
Function positive definite      17 passim
Gamow method      2 140 289 312
Gaussian measure      219 267 276
Gaussian measure correlation operator      267 276
Gaussian measure mean      267
Generalized eigenvector      195 210
Generalized observables      96
Generator, of a semigroup      x 38 146ff. 318—320 329
Generators, of poincare algebra representation      130
Gisin equation      48 323
Haag — kastler argument      46 52 139
Hamiltonian dual character of      147
Hamiltonian free      10 163 178 179 195 208
Hamiltonian of friedrichs model      104 passim
Hamiltonian phenomenological      see “pseudo-hamiltonian”
Hamiltonian total      3 5ff.
Hamiltonian unperturbed      4 98ff.
Heat bath      see reservoir
Holder continuous paths      240
Howland — baumgartel theorem      120 143
Identity problem, for unstable objects      3 55 138 145
Image-measure theorem      325
Integrals feynman path      see “f-integral”
Integrals improper      217 228 249 263—265
Integrals oscillatory      263 264 275 322
Integrals wiener      see “w-integral”
Interaction picture      162 185—187 282
Inverse decay problem      see also “unitary dilations” 17 40 45 46 50
Ito method      219 267 273 274 276
Ito theorem      267 276
J-selfadjointness      164 165 174 208 209 284
J-symmetry      163—165 174 208
Jersak's equation      49
Joint system      126
Kaons charged      76 79 144
Kaons neutral      3 128 139 144 151
Kato inequality      168
Kato product formula      88 326
Kato smooth-perturbation theory      182 184 203 329
Kato theorem, on non-unitary wave operators      203
Kato — birman theory, for non-unitary scattering      201—203 211
Kinematical concept of unstable systems      4ff.
Kinematical concept of unstable systems postulates of      6ff.
Lee model      4 141
Lee — friedrichs model      141
Lidskii theorem      177 209
Lifetime      see also “mean life” 9 38
Lifetime primary      72 passim
Limit classical      11 221 273 274 302—304 311
Limit non-damped, maslov correction      300—302
Limit of continual observation      84 passim 96 306 314—316
Limit of continual observation lack of operational meaning      see also “'zeno's paradox'” 92 307
Limit of continual observation of position      93 94 96 311 314
Limit weak-coupling      48 140
Maslov correction      300—302 313
Maslov indices      269 275
Master equations, markovian      48
Mean life      see also “lifetime” 9 92 136 138
Measurement frequency      62 65 70 71 81 95
Measures cameron theorem      217 272
Measures convolution of      222 passim 281
Measures gaussian      219 267 276
Measures set $\mathcal{M}(\mathcal{H})$       222—224
Measures wiener      216 217 240 272 276 322
Memory effects      48 54
Method albeverio and hoegh — krohn      220 225 268 273 274 276 312
Method dewitt — morette      273 312

1 2

О проекте