Joseph Polchinski 41 pages, 7 figures , Rev. Joseph Polchinski 11 pages , Prog. Nathan Seiberg 15 pages, to appear in the Proc. A16 Schwarz 10 pages; Presented at Symposium for L. Susskind's 60th Birthday. Joseph Polchinski pages, 30 figures. Nathan Berkovits 43 pages. Matthias R Gaberdiel 69 pages , Rept. Callan Jr. Harvey, A. Strominger 42 half pages; lectures given by C. Callan and J. Curtis G. Callan, Jr. Kiritsis pages, 22 figures, to be published in book form by Leuven University Press. Schwarz 44 pages; Lectures presented at the St.

### Submission history

Stefan Forste pages. West pages, 2 figures. Miao Li 76 pages. Alvarez, P. Meessen 87 pages, 4 figures , JHEP 02 Cumrun Vafa 53 pages. Gomez, R. Hernandez pages, 6 figures. Dijkgraaf pages, 31 figures. Aharony, S. Gubser, J.

Maldacena, H. Ooguri, Y. Oz pages, 42 post-script figures , Phys. Igor R. Jacob Sonnenschein 47 pages, 13 figs; Lectures presented at Santiago de Compostela Christopher P. Herzog, Igor R. Klebanov, Peter Ouyang 40 pages; based on I.

### Advances in Theoretical and Mathematical Physics

Gordon W. Semenoff, K. Eric D'Hoker, Daniel Z. Freedman pages; 14 figures. Kostas Skenderis 42 pages. Marcos Marino 69 pages, 13 figures; to appear in the Proceedings of the meeting of theoretical physicists and mathematicians held at Strasbourg, May Belitsky, S. Vandoren, P. Caselle 80 pages, 6 figures, lectures delivered at the School of Theoretical Physics, Parma, , Int. A15 Duff pages. Jens L.

Petersen 71 pages, lecture notes , Int. Michael R. Douglas, S. Klebanov 20 pages; based on the talk at Orbis Scientiae '98, Ft. Lauderdale, FL, December Leonard Susskind 19 pages. Bytsenko and F. Williams, World Scientific, Gary T. Horowitz 13 pages.

Talk given at Strings '99, Potsdam, Germany , Class.

Horowitz, Saul A. Teukolsky 13 pages. Steven B. Andy Strominger 70 pages, 18 figures. Thomas Banks 65 pages, 9 figures , Nucl. Hawking 62 pages with 51 figures. Amanda W. Peet 53 pages , Class.

## Non trivial string backgrounds: Tachyons in String Field Theory and Plane-waves in DLCQ Strings

Juan M. Maldacena 80 pages, 8 figures; Princeton University Ph. Thesis, June Justin R. David, Gautam Mandal, Spenta R. Wadia pages, 4 figures; Written for Physics Reports.

## Wedge states in string field theory - IOPscience

Robert C. Sumit R. Das, Samir D. Mathur 49 pages, 4 figures , Ann. Peet 80 pages, 8 figures. Spenta R. Wadia 58 pages. Emil J. Martinec 29 pages, 12 figures; lectures at Cargese Renata Kallosh 34 pages; published in the Proceedings of a conference held in Corfu, Greece in September Kostas Skenderis 44p; Erice lecture notes , Lect. Notes Phys. Maldacena 13 pages, 2 figures , Nucl. Horowitz 33 pages.

Leonard Susskind, John Uglum 20 pages, 6 figures , Nucl. Tseytlin 37 pages, contribution to Yuri Golfand memorial volume. Konstantin G.

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Duff 76 pages, based on lectures given at the T. Douglas J. Smith 84 pages. Donam Youm pages , Phys. Vazquez-Poritz pages, 15 figures, Penn Ph. Thesis, advisor: Mirjam Cvetic. Townsend Cargese Lectures. John March-Russell 12 pages ,. Antonio Padilla PhD. Thesis, supervisor: Ruth Gregory. Arkani-Hamed, S. Dimopoulos, and G. Abstract : For the first time in the history of physics we stand in front of a theory that might actually serve as a unification of it all - string theory. It provides a self-consistent framework for gravity and quantum mechanics, which naturally incorporates matter and gauge interactions of the type seen in the standard model.

Abstract : The gauge-string duality has been one of the most exciting areas in theoretical physics as it connects strongly coupled field theories with weakly interacting strings. The present thesis concerns the study of Wilson loops in this correspondence. See yesterday's most popular searches here. Search and download doctoral PHD dissertations from Sweden.

In English. Abstract : We discuss various aspects of D-branes in string theory and holography in string theory and loop quantum gravity. One way to study D-branes is from a microscopic perspective, using conformal field theory techniques. For example, we investigate the question of how D-branes can be introduced into orbifolded theories.

Author : Fredric Kristiansson ; Uppsala universitet. Abstract : For the first time in the history of physics we stand in front of a theory that might actually serve as a unification of it all - string theory. It provides a self-consistent framework for gravity and quantum mechanics, which naturally incorporates matter and gauge interactions of the type seen in the standard model.