Bacry H. — Localizability and Space in Quantum Physics :: Электронная библиотека попечительского совета мехмата МГУ

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Bacry H. — Localizability and Space in Quantum Physics

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Название: Localizability and Space in Quantum Physics

Автор: Bacry H.

Аннотация:

This book discusses in detail the concept of light quanta (photons) and presents a historical survey of the ideas involved. It analyses critically the principles of complementarity and correspondence as well as the quantization procedure. The work of Wigner, Newton and Wightman on localized states is discussed. The author presents many new ideas and gives a new way of defining the position operator. He invites physicists to look in new directions and aims to convince the reader that light quanta are not compatible with our present concept of space in quantum physics. The book should be of interest to students as well as to researchers in modern physics and should revive the discussion of the foundations of modern physics.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1 edition

Год издания: 1988

Количество страниц: 81

Добавлена в каталог: 10.04.2010

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Предметный указатель

Amp $\grave{e}$ re, A.M.      10
Anderson, C.      14
Arago, F.      9
Arens, R.      25 50
Bacry, H.      18 27 25 50 41 44 46 52 75
Bargmannn, V.      32
Barut, A.O.      41 46
Bell, J.      4
Berestetskii, V.B.      31 37
Besso, M.      13 14 75
Bialynicka-Birula, I.      35 57 41 44 46
Bialynicki-Birula, Z.      35 57 41 44 46
Biedenham, L.C.      4 13 31 57 46
Bohr, N.      3 4 12-15 17-21 55
Boltzmann, L.      11
Borel, E      32 33
Born, M.      3 8 14 75
Bose, S.N.      13
Bothe, W.W.      15
Bracken, A.J.      41 46
Broglie, L. de      3 4 13 75 20 21 35
Carroll, L.      18
Casimir, H.B.G.      31
Cauchy, A.      26
Chissick, S.S.      37
Cohen, L.      27
Compton, A.      12-14 49
Connes, A.      5 58 60
Cosmovici, M.      9 75
Darrigol, O.      15 76 19 22
Davisson, CJ.      20
Democritus      4
DeWitt, C.M.      60
Dirac, P.A.M.      3 11 13 14 76 23 24 50 38 41 44 50 51.
Doppler, C.      20
Dresden, M.      12 14 76 55 60
Eddington, A.S.      57
Ehrenfest, P.      14
Einstein, A.      3 4 75 76 20 21 34 36
Euclid      28 29 33 38
Faraday, M.      10
Fermat, P. de      8 9
Fermi, E.      13
Feynman, R.P.      5 20 22 54
Fierz, M.E.      76
Fock, V.A.      57
Fokker, A.      57
Foldy, L.      52 75-78
Foucault, J.B.L.      9
Franck, P.      76
Fresnel, A.J.      9 10 20
Galileo Galilei      18 26 29 32 34 48
Geiger, H.W.      15
Germer, L.H.      20
Goudsmit, S.A.      13
Grossmann, A.      50
Haar, D. ter      76
Hamilton, W.R.      23
Hankel, H.      33
Heisenberg, W.      3 4 14 76 21 22 24
Heitler, W.      35 57
Hermann, A.      76
Hertz, H.R.      11
Hilbert, D.      5 25-27 30 32 33-35 57
Hoffmann, B.      76
Holst, H.      17 22
Hooker, C.A.      76 27 36 57
Huygens, C.      9
In $\ddot{o}$ nu, E      18 22
Jadczyk, A.Z.      41 46
Jammer, M.      76
Jancewiccz, B.      41 46
Jauch, J.M.      55 60
Jordan, P.      3 8 15 19
Kandinsky, V.      2
Kaplunovsky, V.      56 60
Kastler, D.      41

Kepler, J.      4
Killing, W.K.J.      28
Kirchhoff, G.R.      11
Klein, F.      7
Kostant, B.      24 25 30
Kramers, H.A.      12-17 20 22 24 28-31 30
Kubar-Andr $\acute{e}$ , J.      27
L $\acute{e}$ vy-Leblond, J.M.      18 27 22
Lagrange, J.L.      23
Lahti, P.      14 76
Landau, L.D.      46
Laue, M. von      76
Lebesgue,H.L.      5
Leighton, R.B.      22
Lewis, G.N.      11 13
Lie, S.      28
Lifshitz, E.M.      31 37 46
Lipkin, H.      38 46
Lorentz, H.A.      11 12 29 38 54 70
Louck, J.D.      31 37
Lubanski, J.K.      29 30 66 72 73
Mackey, G.      33
Mandelstam, L.      54
Maupertuis, P.L. de      8 9
Maxwell, J.C.      10-12 18-20 31 35 70
Meyenn, K. Von      14
Michelson, A. A.      11
Minkowski, H.      3 7 34 53-55 57
Mittelstaedt, P.      14 76
Newton, I.      4 9 19 23
Newton, T.D.      6 14 15 31-34 37 39-41 47 48 53
Noether, E.      38 64 65
Oppenheimer, R.      4
Pais, A.      15 76 17 22 35 37
Pauli, W.      3 13 14 24 29 66 72 73
Penrose, R.      53
Peres, A.      46
Peshkin, M.      38 46
Pitaevskii, L.P.      31 37
Planck, M.      3 4 10 11 19 20 24 40
Poincar $\acute{e}$ , H.      10 11 15 76 24-30 32-34 39 41 54 70
Poisson, S.D.      9 23 26 38
Pr $\acute{e}$ vost, P.      10
Price, W.C.      15 76
Pryce, M.H.L.      34 37 75-78
Rohrlich, F.      55 60
Sachs, M.      9 36
Sakurai, J.J.      54 60
Saletan, e.      18 22
Sands, M.      22
Schr $\ddot{o}$ dinger, E.      3-8 11 13 14 76 19-24 22 31 33 50-56 52 60 78
Schwinger, J.      4 76 41 44 46 55 56 60
Segal, I.E.      18 22
Simms, DJ.      50
Simon, A.W.      12 13
Slater, J.C.      12-15 20
Souriau, J.M.      24 2530 63
Stapp, H.P.      58 60
Staruszkiewicz,      43
Stefan, J.      11
Strnad. J.      36 57
Stuewer, R.H.      14 76
Thomas, L.H.      14
Thomson, J.J.      6
Uhlenbeck, G.E.      13
Weinstein, M.      56 60
Weisberger, W.I.      38 46
Weisskopf, V.F.      76
Wheeler, J.A.      53 60
Wichmann, E.H.      36 57
Wien, W.      11
Wightman, A.S.      6 32 57 41 47 53 60
Wigner, E.P.      4 6 18 22-25 50 57 47 48 53 56 58 60
Wilson, C.T.R.      12
Woodhouse, N.M.J.      50
Wouthuysen, S.A.      15-78
Yukawa, H.      3 8

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