K.S. Thorne, "A Voyage Among the Holes", Grand Street, 48, 149-180 (1994);
revised, English version of Ref. 30 above; extracted from the prologue of
Black Holes and Time Warps: Einstein's Outrageous Legacy (Norton, New York, 1994).
K.S. Thorne, Russian-language versions of selected chapters from Black Holes
and Time Warps: Einstein's Outrageous Legacy, translated by
M. L. Gorodetsky: "Cheorniye Diri i Iscrivleniye Vremeni:
Derzkoe Naslediye Einshteina," Priroda: "Glava 4, Zagadka Belikh Karlikov,
" January 1994 issue, pp. 90-102; "Glava 5, Skhlopivaniye Neizbezhno,"
Part One, February 1994 issue, pp. 78-89, and Part Two, May 1994 issue, pp. 75-82;
"Glava 6, Skhlopivaetsa, no vo shto," Part One, July 1994 issue, pp. 92-106, and
Part Two, "Rozhdeniye chornikh dir: vse bolee glubokoye ponimaniye," August 1994, pp. 86-99;
"Glava 8, Poisk," September 1994, pp. 96-109.
K.S. Thorne, "Spacetime Warps and the Quantum World: A Glimpse of the Future,"
in R.H. Price, ed., The Future of Spacetime (W.W. Norton, New York, 2002).
K.S. Thorne, S.W. Hawking, I.D. Novikov and D. Deutch, presentations
on time travel and wormholes in Time Lords, written and directed
by Judith Bunting (BBC: Horizon Series, London, 1996); American reedited version:
Time Travel (Nova, Boston, 1999).
K.S. Thorne, "Do the laws of physics permit wormholes for interstellar travel
and machines for time travel?" in Carl Sagan's Universe , eds. Y. Terzian and
E. Bilsen (Cambridge University Press, Cambridge, England, 1997), Chapter 10,
pp. 121-134.
Michael S. Morris and Kip S. Thorne, "Wormholes in Spacetime and Their Use
for Interstellar Travel: A Tool for Teaching General Relativity,"
American Journal of Physics, 56, 395-416 (1988).
Physicists have found the law of nature which prevents time travel paradoxes, and
thereby permits time travel. It turns out to be the same law that makes sure
light travels in straight lines, and which underpins the most straightforward version
of quantum theory, developed half a century ago by Richard Feynman.
Relativists have been trying to come to terms with time travel for the past seven
years, since Kip Thorne and his colleagues at Caltech discovered -- much to
their surprise -- that there is nothing in the laws of physics (specifically,
the general theory of relativity) to forbid it. Among several different ways
in which the laws allow a time machine to exist, the one that has been
most intensively studied mathematically is the "wormhole". This is like a
tunnel through space and time, connecting different regions of
the Universe -- different spaces and different times.
The two "mouths" of the wormhole could be next to each other in
space, but separated in time, so that it could literally be used as a time tunnel.
・・・・・・・
Aharanov,Y. /Albert,D. /D'Amato,S.:
Multiple-Time Properties of Quantum Mechanical Systems
Physical Review D, Vol.32 (8) 1985 , S.1975-1984
Aharanov,Y. / Anandan,J. / Popescu,S / Vaidman,L.:
Superpositions of Time Evolution of a Quantum System and a Quantum Time Translation Machine,
Physical Letters Review A, Vol.64 1996, S.2965-68
Aharanov,Y. / Vaidman,L.:
Time Asymmetry in Quantum Mechanics: a Retrodiction Paradox
Physical Letters A, Vol.203 1995, S.148-149
Alcubiere, M.
Warp-Antrieb - Wurmlöcher - Zeitreisen
Sterne und Weltraum, Special Vol.6, 2001 , 70-76
Allen, B. / Simon, J.
Time Travel on a String
Nature, Vol.357, May 1992 , 19-21
Allan R.B. /Bartlett, A.
The Two Mile Time Machine
American Journal of Physics, Vol.70, Iss.2, Febr.2002, 190-191
Antonson, Frank/Bormann, Karsten
Timemachines and the Breakdown of Unitarity
International Journal of Theoretical Physics, 37(9), September 1998, 2383-2393
Anchordoqui LA, Perez Bergliaffa SE, Trobo ML, Birman GS
Cylindrically symmetric spinning Brans-Dicke spacetimes with closed timelike curves
Modern Physical Letters A14, 1105-1112, 1999
Antonsen Frank / Bormann, Karsten
Wormholes and Time-Machines
Proc. Third International A.Friedman Seminar St.Petersburg, 1995, Laboratory Publishers
Antonsen Frank / Bormann, Karsten
Problems in Time-Machine Construction due to Wormhole Evolution
International Journal of Theoretical Physics , Vol. 34, No. 10, 1995.
Arntzenius,Frank/Maudlin,T.
Time Travel and Modern Physics
Stanford Encyclopedia of Philosophy(Online) First published: February, 2000
Bagnall, Phil
Where have all the time travellers gone?
New Scientist , July 6, 1996, p.151
Baierlein, R.F. / Sharp, D.H. / Wheeler, J.A.
Three-Dimensional Geometry as Carrier of Information about Time
Physical Review Vol.126, June 1962 , 1864-1865
Baker, A.
Time Reversal
In: Modern Physics and Antiphysics Reading, MA 1970
Bengtsson,I. / Brannlund, J.
2+1 Gravity, Chaos and Time Machines
Journal of Math.Physics, Vol.42, 2001, 3565
Belnap, Nuel
Branching Space Time
Synthese, Vol.92 1992, 385-434
Berger, G.
The Conceptual Possibility of Time Travel
British Journal for the Philosophy of Science, Vol.19 1968, 152-155
Birmingham,D. /Sen, S. Nuel
Gott Time Machines, BTZ Black Hole Formation, and Choptuik Scaling
Physical Review Letters, Vol.84, 2000, 1074-1077
Blau, Steven K.
Would a Topology Change allow Ms.Bright to travel Backwards in Time?
American Journal of Physics, Vol.66, Is.3, March 1998, S.179 - 185
Bonham,E.
Time Travel
New Scientist, Vol.154, Nr.2088, 1997, p.51
Boulware,D.
Quantum Field Theory in Spaces With Closed Time Like Curves
Physical Review D 46, Nov.15, 1992, p. 4421-41
Cramer, J.G.
Quantum Time Travel
Analog, April 1991
Cutler, C.
Global Structure in Gott's Two-String Spacetime
Physical Review D Vol.45, January 1992 , 487-494
Dastidar, T.K.Rai /Dastidar, K.Rai:
Father Time II: A Physical Basis Behind Feynman's idea of (Anti)Particles Moving Backward in Time and an Estimation of CPT Theorem to include nonlocal Gauge Fields Machine,
Modern Physics Letters A, Vol.14, Is.3, S. 2557
Deser, S.:
Physical Obstacles to Time Travel
Classical and Quantum Gravity, Vol.10, 1993 , 67-73
De U.K.
Paths in Universes Having Closed Time-Like Lines
Journal of Physics A Vol.2 1969, 427-432
Deser, S. et al.
Physical Cosmic Strings Do Not Generate Closed Timelike Curves
Physcial Review Letters Vol.68, January 1992, 267-269
Deutsch, D.
Quantum Mechanics Near Closed Timelike Lines
Physical Review D, 44, November 1991, 3197-3217
Deutsch, David / Lockwood, Michael
The Quantum Physics of Time Travel
Scientific American, Vol.270, March 1994, 50-58
Driver, R.D.
Can the Future Influence the Present? ,
Physical Review D, 19, February 1979, 1098-1107
Echeverria, F. / Klinkhammer,G. / Thorne, K.
Billiard Balls in Wormhole Spacetimes with Closed Timelike Curves
Classical Theory Physical Review D 44 , 1991, 1079-1099
Flagga MSN
Decohering a charged scalar field in a time-machine wormhole background
Int. Journal Theoretical Physics 38(8): 2121-2161, 1999
Fuller, R.W. / Wheeler, J.A.
Causality and Multiply-Connected Space-Time,
Physical Review Vol.128, No.2 , October 1962 , 919-929
Friedman, J.L. et al.
Cauchy Problem in Spacetimes with Closed Timelike Curves,
Physical Review D, 42. September 1990, 1915-1930
Friedman, J. and Morris, M. 1991
The Cauchy problem for the scalar wave equation is well defined on a class of spacetimes with closed timelike curves
Physical Review Letters, 66, 401-404.
Friedman,J.L./Papastamatiou,N./Simon,J.
Failure of Unitarity for Interacting Fields on Spacetimes with Closed Timelike Curves,
Physical Review D46, Nov.15, 1992, 4456-69
