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% sessions of type B: quantum
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\session{Quantum Gravity}{R. Kallosh}
\@
Exact Duality in String Effective Action\\
Eric Bergshoeff\\
2
\@
Canonical Formulation and Finiteness of N=1 Supergravity with
Supermatter\\
P.D. D'Eath\\
2
\@
A Noncritical String Approach to Black Holes, Time and Quantum
Dynamics\\
John Ellis\\
3
\@
Average Effective Potential in Quantum Gravity\\
Roberto Floreanini\\
3
\@
Pair Creating Black Holes\\
Jerome P. Gauntlett\\
3
\@
IWP Solutions in Dilation-Axion Gravity\\
David Kastor\\
3
\@
Bosonic Physical States in N=1 Supergravity?\\
Miguel E. Ortiz, S.M. Carroll, D.Z. Freedman, D.N. Page\\
3
\@
Interpretation of Exact Quantum Taub Model Solutions in Terms of
Classical Instanton Solutions\\
Michael P. Ryan\Jr\\
3
\@
Quantum Effects in 2+1 Dimensional Black Holes\\
Alan R. Steif\\
4
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%Tu3%(13)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% >
\session{Knots and Quantum Gravity}{J. Baez}
\@
Knots and Quantum Gravity: Progress and Prospects\\
John C. Baez\\
19
\@
Moduli Space Cohomology and Wavefunctionals in 3D Quantum Gravity\\
Roger Brooks\\
3
\@
Skein Relations From Homotopy Transformations in Chern-Simons Theory\\
Bernd Br\"ugmann\\
2
\@
Geometries Induced by Surfaces: An Algorithm on the 3-Dimensional
Simplex Lattice\\
Junichi Iwasaki\\
2
\@
Vassiliev Invariants and Quantum Gravity\\
Louis H. Kauffman\\
2
\@
Wilson Loop Coordinates for 2+1 Gravity\\
R. Loll\\
4
\@
Topological Feynman Rules for QGD\\
Hugo A. Morales-Tecotl, Carlo Rovelli\\
3
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\session{Gravity and Quantum Theory}{S. Carlip}
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Gravity and Quantum Theory\\
Steve Carlip\\
6
\@
New Diagrammatic Method for Quantum Field Theory in the Heisenberg
Picture\\
Mitsuo Abe\\
2
\@
Charge and Central Charge in Chern-Simons Field Theory\\
M\'aximo Ba\~nados\\
3
\@
On the Hamiltonian Formulation of Higher Dimensional Chern-Simons
Gravity\\
M\'aximo Ba\~nados, Luis J. Garay\\
3
\@
Anomaly in 2D-Gravity Coupled to Matter Fields\\
Daniel Cangemi\\
3
\@
Fundamental Constants and the Problem of Time\\
Alberto Carlini, Jeff Greensite\\
3
\@
The Statistical Mechanics of the (2+1)-Dimensional Black Hole\\
Steve Carlip\\
3
\@
Solution Generating Methods in Stringy Gravity\\
Dmitri Gal'tsov, Alberto Garc\'ia\\
2
\@
On Black Hole Solutions in Multidimensional Gravitational Models\\
V. D. Ivashchuk\\
2
\@
Finite Temperature Effects on Hyperbolic Space-Time\\
K. Kirsten, G. Cognola, L. Vanzo, S. Zerbini\\
2
\@
Mass Generation in Self-Interacting $\Omega$-Field Theories\\
K. Kirsten, E. Elizalde, G. Cognola, L. Vanzo, S. Zerbini\\
2
\@
Black Holes as Quantum Membranes\\
Michele Maggiore\\
3
\@
The Spectral Analysis Inner Product for Quantum Gravity\\
Donald Marolf\\
3
\@
Quantum Fluctuations of Black Hole Geometry\\
Kouji Nakamura, Shigelu Konno, Yoshimi Oshiro, Akira Tomimatsu\\
3
\@
Effective Potential and Dynamical Symmetry Breaking in 2D Induced Gravity\\
Yu.I. Shil'nov, E. Elizalde, S.D. Odintzov, A. Romero\\
2
\@
The Einstein-Ostrogradsky-Dirac Hamiltonian\\
Jonathan Z. Simon\\
3
\@
A General Supergravity Formalism for a Naturally Flat Inflation
Potential\\
Ewan D. Steward\\
3
\@
A Quadratic Spinor Lagrangian for General Relativity\\
Roh-Suan Tung, James M. Nester\\
2
% 45
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\session{String Theory in General Relativity}{L. Dixon}
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On a Possible Solution for the Polonyi Problem in String Cosmology\\
M.C. Bento, O. Bertolami\\
4
\@
ALE Instantons in String Theory\\
Massimo Bianchi, F. Fucito, G.C. Rossi, M. Martelli\\
3
\@
Cherenkov Radiation From Superconducting Cosmic Strings\\
Dmitri Gal'tsov, Yuri Grats\\
2
\@
Stringy Black Holes from Sigma-Models\\
Dmitri Gal'tsov, Alberto Garc\'ia, Oleg Kechkin\\
2
\@
Black Holes and Sphalerons in Low Energy Effective String Theory\\
George Lavrelashvili\\
3
\@
Exact Four-Dimensional Dyonic Black Holes and Bertotti-Robinson
Spacetimes in String Theory\\
David A. Lowe, Andrew Strominger\\
6
\@
Duality and Supersymmetry\\
Tom\'as Ort\'in\\
2
\@
Black Hole Entropy in Superstring Theory\\
John Uglum\\
3
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\session{Quantum Fields in General Relativity}{L. Parker}
\@
Effects of Quantum Fields on the Spacetime Geometries, Temperatures
and Entropies of Static Black Holes\\
Paul R. Anderson, Hooman Bahrani, William A. Hiscock,
Janet Whitesell, James W. York\Jr\\
3
\@
On the Existence of Black Hole Evaporation\\
V. Belinsky\\
3
\@
Renormalization Group and Coarse-Graining in the Einstein Universe\\
Alfio Bonanno\\
5
\@
Radiation from a 2-D Evaporating Black Hole\\
Sukanta Bose, Leonard Parker\\
7
\@
Black Holes Can Change Mass When Nucleating Vacuum Phase Transitions\\
Thomas J. Brueckner, William A. Hiscock\\
3
\@
Spinors Without Spinors\\
Tevian Dray, Corinne A. Manogue, J\"org Schray\\
3
\@
Averaged Energy Conditions and Quantum Inequality Restrictions on
Negative Energy\\
L.H. Ford, T.A. Roman\\
3
\@
Relic Gravitons, Lightcone Fluctuations, and Ultraviolet Divergences\\
L.H. Ford\\
4
\@
Extreme Black Holes: A Third Venue for Quantum Gravity?\\
William A. Hiscock, Daniel J. Loranz, Paul R. Anderson\\
3
\@
Graphical Representations of Invariants and Application to
Quantum Gravity\\
Shoichi Ichinose\\
3
\@
Two Regularization Methods of Energy-Momentum Tensor in Curved
Space-Time\\
Sang Pyo Kim\\
3
\@
Entropy Increase for Black Holes in Higher Curvature Gravity\\
Robert Myers, Ted Jacobson, Gungwon Kang\\
3
\@
Stringy Twists of the Taub-Nut Metric\\
Robert Myers, Clifford V. Johnson\\
3
\@
Black Holes, the Wheeler-De Witt Equation and the Semi-Classical
Approximation\\
Miguel E. Ortiz\\
4
\@
Chronology Protection and Quantized Field in Generalized Misner Space\\
Tsunefumi Tanaka, William A. Hiscock\\
3
\@
Topologically Induced Chaos in the Universe\\
Roman Tomaschitz\\
2
\@
Semiclassical Black Hole in Thermal Equilibrium with a Nonconformal
Scalar Field\\
Janet Whitesell, William A. Hiscock, Paul R. Anderson,\newline
James W. York\Jr\\
3
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%Fr4 %(14)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <
\session{Quantum Radiation and Accelerated Frames}{U. Gerlach}
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Paired Accelerated Frames\\
Ulrich H. Gerlach\\
20
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The Equivalence Principle and The Boulware State in 1+1 Dimensions\\
Warren G. Anderson\\
4
% 24
%Th6%(23)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% <
\session{Quantum Cosmology}{D. Page}
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Probabilities Don't Matter\\
Don N. Page\\
20
\@
Inflation and Initial Singularities\\
Arvind Borde\\
2
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Physical States for Super Quantum Cosmology\\
Riccardo Capovilla, Jemal Guven, Octavio Obregon\\
2
\@
Quantization of Bianchi Models in N = 1 Supergravity with a Cosmological
Constant\\
A.D.Y. Cheng, P.D. D'Eath, P.R.L.V. Moniz\\
3
\@
Finite N = 1 Supergravity\\
P.D. D'Eath\\
2
\@
Quantum Fluctuations of Planck Mass As Mutation Mechanism in a
Theory of Evolution of the Universe\\
Juan Garc\'ia-Bellido\\
2
\@
Thermodynamic Stability of a Multi-Bubble Cosmological Model\\
Gerald Horwitz, Oleg Fonarev\\
4
\@
Exact Solutions in Classical and Quantum Multidimensional Cosmology
and Chaotic Behaviour Near the Singularity\\
V.D. Ivashchuk\\
2
\@
Quantization of Bianchi Class A Models in Supergravity and the
Probability Density Function of the Universe\\
Hugh Luckock, Chris Oliwa\\
3
\@
Creation of a Child Universe by a False-Vacuum Bubble with Out-Going
Negative Energy Radiation\\
Takashi Mishima, Hiromi Suzuki, Noriaki Yoshino\\
3
\@
Decoherence in Quantum Cosmology\\
Masa-aki Sakagami, Takashi Okamura, Hiroto Kubotani\\
2
\@
Quantum State During and After the False Vacuum Decay\\
Misao Sasaki, Takahiro Tanaka, Kazuhiro Yamamoto, Jun'ichi Yokoyama\\
2
\@
Conformally Invariant Cosmology\\
Yuri V. Shtanov\\
2
\@
Quantum State After O(4)-Symmetric Bubble Nucleation with
Gravitational Effects\\
Takahiro Tanaka, Misao Sasaki\\
3
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