Junker G. — Supersymmetric Methods in Quantum and Statistical Physics :: 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

Junker G. — Supersymmetric Methods in Quantum and Statistical Physics

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Supersymmetric Methods in Quantum and Statistical Physics

Автор: Junker G.

Аннотация:

This book gives an introduction to supersymmetric quantum mechanics and a comprehensive review of its applications in quantum and statistical physics. The classical version and the quantum version of Witten's model are studied in detail. Exact spectral properties of the model for the so-called shape invariant potentials are discussed. The quasi-classical quantization rules are derived. The topics covered also include the supersymmetric structure of a classical stochastic dynamical system obeying the Langevin or the Fokker-Planck equation, Pauli's Hamiltonian and its application to the paragmagnetism of a non-interacting electron gas in two and three dimensions, supersymmetry of Dirac's Hamiltonian, and others. The book addresses graduate students as well as scientists.

Язык:

Рубрика: Математика/Математическая Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1

Год издания: 1996

Количество страниц: 172

Добавлена в каталог: 24.04.2005

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

Предметный указатель

$\delta$ potential      31
Abraham, p.b.      58
action      68 70
Adhikari, r.      85
Aharonov, Y.      111
Aizawa, n.      123
Akhoury, r.      18
Akulov, V.P.      3
Albeverio, S.      50
Alvarez-Gaume, L.      18 123
Amado, R.D.      124
Andrianov, a.a.      53 63
Anharmonic oscillator      56
Anharmonic oscillator broken susy      30
Anharmonic oscillator good susy      29 35
Anticommutator      3 7
Arnold, L.      93
Ashcroft, N.W.      116
Atiyah — Singer index theorem      18
Atiyah, M.F.      18
Avron, J.E.      116
Azcarraga, de j.a.      123
Baake, M.      64 124
Bagchi, b.k.      5 123
Baker, t.h.      109 124
Balantekin, a.b.      79 123 124
Band gap      119
Band inversion      119
Bandrauk, a.d.      67 71 74-76
Barclay, d.t.      64 75 81
Barducci, a.      37
Barrett, b.r.      123
Bars, I.      124
Barut, A.O.      37 64 106
Baumgartner, b.      63 86 123
Baye, D.      58
Beckers, j.      123
Berche, B.      124
Berezin, F.A.      37 38 50
Bernstein, M.      93 104
Bessel equation      56
Bhaumik, d.      123
Bifuraction      57
Bijker, r.      124
Bistable potential      102
Blankenbecler, R.      18
Blau, m.      123
Bluhm, r.      124
Bohr magneton      113
Bohr, T.      109
Bolle, d.      18
Bonatsos, d.      123
Bordi, f.      37
Borisov, n.v.      53 63 123
Borkovec, M.      107
Bosonic annihilation operator      11
Bosonic creation operator      11
Bott, R.      18
Bouchaud, j.p.      124
Boundary condition      50
Boya, L.J.      123
Boyanovsky, d.      18
Bracken, A.J.      109 124
Brezin, E.      124
Brillouin, L.      69
Brink, l.      37
Brown, L.S.      93 104
Brownian motion      93
Brzezniak, z.      50
Callias, C.      17 18
Campbell, D.K.      67 71 74—76 123
Cannata, f.      124
Canonical momentum      41 47 98
Cartier, P.      50
Casahorran, j.      32
Casalbuoni, r.      9 37 47 123
Casher, A.      111
Cbc formula      74 78
Cecotti, s.      18 98
Charge      9
chemical potential      114
Classical path      68
Coleman, S.      2
Commutator      3
Comtet, a.      18 67 71 74—76 123 124
Conduction band      119
Conjugate point      69
Constant of motion      42
Constantinescu, F.      37 39
Cooper, F.      5 31 39 47 50 61 64 93 120 123
Corns, r.      124
Cornwell, J.F.      3 37 39
Crombrugghe, m., de      9 12 53
Cycon, h.l.      5 14 15 111 116 123
D'hoker, e.      110
Darboux method      58
Darboux, G.      58
Daskaloyannis, c.      123
Debergh, n.      123
Decay mode      102
Decay rate      97 101
Dedonder, j.p.      124
Degree of freedom bosonic      11 37
Degree of freedom fermionic      11 37
Deift, p.a.      16
Delange, o.l.      5 63
Delbourgo, R.      64
Density operator      113
Desbois, j.      124
Deser, S.      37
Determinant      50
Devoto, a.      85
DeWitt, B.      37 39
Dewitt-Morette, C.      50
Diffusion constant      94 97
Dirac algebra      117
Dirac bracket      48
Dirac equation      117
Dirac Hamiltonian      9 117—120
Dirac hamiltonian supersymmetric      117
Dirac matrices      117
Dirac, P.A.M.      47 48
Dolgallo, a.d.      123
Doran, c.      37 123
Dornhaus, r.      119
Doussal, le p.      124
Drift coefficient      94 97
Drift coefficient singular      107
Drift potential      97
Dunham, j.l.      69
Durand, s.      123
Dutt, r.      64 84 85
Dutta-roy, b.      123
Eckhardt, B.      71 74 76
Efetov, K.B.      109 124
Einstein, A.      93
Energy conservation of      40
Energy eigenfunctions approximate      69
Englefield, M.J.      102
Equation of motion      39
Erlangen program      1
Essential iso-spectral      16 25 55 97 118
Essler, f.h.l.      109 124
Euclidean space      9
Exact solution      58—66
Exner, p.      50
Ezawa, h.      42 81 98—100 124
Factorization condition      64
Factorization energy      54 58
Factorization method      63—65

Faddeyev, l.d.      58
Fatyga, b.w.      123
Feigel'man, m.v.      93
Feldman, G.      85
Felsager, b.      69
Fermi energy      113
Fermi momentum      115
Fermion loop      52
Fermion-number operator      13
Fermionic momentum      47
Fermionic phase      40 43—46 70 74
Fermionic solution      46
Feynman, R.P.      10 47 49 50 67
Fischbeck, h.j.      124
Fischer, W.      34
Fisher, M.P.A.      109 124
Flux quantum      112
Fokker — Planck equation      94
Fokker, A.D.      94
Formal power counting      71
Fredholm index      17
Free particle      30
Freedman, b.      39 47 50 93
Fricke, s.h.      79
Friedan, D.      18 123
Froese, r.g.      5 14 15 111 116 123
Fuchs, j.      32 56
Fukui, t.      123
Fulton, t.      85
Gangopadhyaya, a.      58 64
Gardiner, C.W.      93
Gauge transformation      19
Gaussian distribution      94
Gel'fand, I.M.      58
Gelberg, a.      124
Gendenshtein, l.e.      5 53 60 61 63 64 110 123
Generalized annihilation operator      14 22 111
Generalized creation operator      14 22
Georges, A.      124
Gerry, c.c.      50
Gesztesy, f.      18
Gildner, e.      47 50 58
Giler, s.      58
Ginocchio, j.n.      61
Girardello, l.      18 98
Girvin, S.M.      109 124
Gol'fand, y.a.      3
Gould, m.d.      109
Govindarajan, t.r.      76
Gozzi, e.      24 55 58 101 123
Grading operator      see “witten parity”
Graham, R.      98
Grassmann algebra      37
Grassmann algebra even element      38
Grassmann algebra generators      37
Grassmann algebra odd element      38
Grassmann number      38
Grassmann number adjoint      38
Grassmann number gauss formula      50
Grassmann number integration rules      50
Green function      67
Green function approximate      71 73
Green, H.S.      63
Groote, h.f., de      37 39
Gross, D.J.      124
Grosse, h.      5 15 18 58 63 86 123
Ground state      4 25
Ground state broken susy      8
Ground state classical      42
Ground state convention      25 63 66
Ground state degeneracy of      112
Ground state energy      8 54
Ground state good susy      8 16 23—24
Ground state negative      16 24
Ground state positive      16 24
Ground state wave function      24 25 55 83 101
Ground state wave function extrema of      56
Guhr, t.      123
Gull, s.      37 123
Gutzwiller, M.C.      68 69
Gyromagnetic factor      9 109 112
Haag, R.      3
Halse, p.      123
Hamilton's characteristic functional      69
Hamiltonian hierarchy of essential iso-spectral      58 60
Hamiltonian standard      53
Hanggi, P.      107
harmonic oscillator      75 77
Harmonic oscillator bosonic      11
Harmonic oscillator fermionic      11
Harmonic oscillator radial      33 65 80
Harmonic oscillator supersymmetric      11 29 83
Hatchell, p.j.      79
Hayn, r.      124
Helicity operator      110
Henneaux, M.      47
Hernandez, E.      124
Hibbs, A.R.      49 50 67
Hirayama, m.      18
Hoegh-krohn, r.j.      50
Hogreve, h.      116
Holten, j.w., van      13 58 123
Hongler — zheng model      64
Hongler, m.-o.      64 102
Howe, p.      37
Hull t.e.      63 64
Hydrogen atom      34 74
Iachello, f.      124
Igloi, f.      124
Iida, S.      123
Ilinski, k.n.      123
Imbo, t.      123
Ince, E.L.      54 55
Index heat kernel regularized      18 52
Index idos kernel regularized      18 113
Index resolvent kernel regularized      18
Infeld, L.      63 64
Infinite square well      34 83
Infinite square well broken susy      35
Infinite square well good susy      35
Inomata, a.      28 45 46 50 65 67 71 74 75 76 77 78 81 106 123
Instanton method      58
Integrated density of states      18
Intriligator, k.      5
Inverse scattering method      58
Inverse temperature      114
Inverted drift      95
Ioffe, m.v.      53 63
Isihara, A.      114 116
Ito interpretation      98 99
Itzykson, C.      124
Jaffe, A.      15 18 28
Jarvis, P.D.      18 64 109 120 124
Jatkar, d.p.      123
Jauslin, h.r.      102 124
Jevicki, a.      32 56
John, w.      124
Joseph, A.      63
Junker, g.      17 18 28 39 41 42 45 46 65 67 71 74 75 76 77 78 81 84 85 106 123 124
Kalinin, g.v.      123
Kampen, n.g., van      93—95 97
Kato, T.      17
Kaul, r.k.      58
Kernel      17
Keung, w.-y.      58 102 104 123
Khare, a.      5 31 61 64 75 76 81 84 85 120 123
Kihlberg, a.      98
Kirsch, w.      5 14 15 111 116 123
Klauder, J.R.      42 81 98—100 124
Klein, F.      1

1 2 3

О проекте