%\filename{mg7plenary.tex} \version{6-jul-1995->6-nov-1996}

%MONDAY, JULY 25   
\Plenarychair{Humitaka Sato} % Kyoto U

%\@
%The Series Paintings of Claude Monet 
%and the Landscape of General Relativity\\
%??Subrahmanyan Chandrasekhar\\ %, E Fermi Institute, U of Chicago
%0

\@
Was Einstein 100 Percent Right?\\
Thibault Damour\\  % Institut des Hautes Etudes Scientifiques, Paris
16

%\@
%Connecting Orbits in Hamiltonian Systems\\
%??John Mather\\  % Princeton U
%0

\@
Relativistic Fluids and Gravitational Collapse\\
Demetrios Christodoulou\\ 
18
% Princeton U

%TUESDAY, JULY 26    

\Plenarychair{David Finkelstein} % Georgia Inst of Technology

\@
Do We Understand Black Hole Entropy?\\
Jacob Bekenstein\\ % U of Jerusalem
20

\@
%The Black Hole Puzzle in Two Dimensions\\ 
Unitary Rules for Black Hole Evaporation\\
Andy Strominger\\ % U of California Santa Barbara
16

\@
Recent Mathematical Developments in Quantum General Relativity\\
Abhay Ashtekar\\ % Penn State U
13

\@
Black Hole and Particle-Like Solutions of the 
                   Einstein-Yang-Mills Equations\\
Joel Smoller, Arthur G. Wasserman\\ % U of Michigan Ann Arbor
8

\@
Gravitational Topological Charge and the Gravibreather\\
Vladimir Belinsky\\ % ICRA, U of Rome
6

\@
Quantum Gravity, the Planck Lattice and the Standard Model\\
Giuliano Preparata\\ % U of Milan
14

%WEDNESDAY %JULY 27    

\Plenarychair{Abraham Taub} %U of California Berkeley

\@               
The Lunar Orbit as Probe of Relativistic Gravity\\
Ken Nordtvedt\\ %Montana State U
14

\@
Gravitoelectromagnetism: Just a Big Word?\\
Robert T. Jantzen, Paolo Carini, Donato Bini\\ %Villanova U
20

\@
Approach to Gravitational Wave Astronomy Via the
                   Regge-Wheeler-Teukolsky Equation\\
Misao Sasaki\\ %YITP Kyoto U
14

\@
Chaos, Regularity, Noise in Self-Gravitating Systems\\
Henry E. Kandrup\\ %U of Florida Gainesville
16

\@
Fully Relativistic 3D Numerical
                   Simulations of  Coalescing Binary Neutron Stars\\
Takashi Nakamura\\ %YITP Kyoto U
21

%THURSDAY %JULY 28    

\Plenarychair{Ray Weiss}  %M.I.T.

%\@
%Astronomy and Physics with Gravitational Lenses\\
%??Edwin Turner\\ %Princeton U
%0

%\@
%Hubble Space Telescope: Pushing the Limits of 
%                   Observational Cosmology\\
%??Duccio Macchetto\\ %Space Telescope Institute
%0

\@
The Advantages and Difficulties of
Space Experiments for Testing General\newline
Relativity\\
G. Mac Keiser\\ %Stanford U,
15

%\@
%Interferometric Gravitational Wave Detectors\\
%??Alain Brillet\\ %CNRS Orsay
%0

\@
Real Performance and Real Promise---Resonant 
                    Gravitational Antennas\\
Bill Hamilton\\ %Louisiana State U Baton Rouge
17
                  
%FRIDAY %JULY 29    

\Plenarychair{Jim Bardeen} %U of Washington

%\@
%Learning About High-Energy Physics From Cosmic
%		   Structures\\
%??Rocky Kolb\\ %Fermilab and The University of Chicago
%0
		  
\@
COBE and Other Observations of CBR Anisotropy\\
George Smoot\\ %Lawrence Berkeley Lab
12

%\@
%De Sitter Space-Time Foam as the Origin of Our Universe\\
%Alexei A. Starobinski\\ %Landau Institute %Moscow and YITP %Kyoto U
%10

\@
Primordial Nucleosynthesis as a Probe of Early Universe\\
Katsuhiko Sato, N. Terasawa\\ %U of Tokyo
11

\@
Cosmic Rays From $10^{17}$ev to Beyond $10^{19}$ev:
             Evidence From the Fly's Eye Experiment and Ground Arrays\\
Pierre Sokolsky\\ %U of Utah Salt Lake City
23

