%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 
% \filename{mg7par1.tex} \version{6-jul-1995}
% Papers of type A:   math, theor, class etc 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

% Mo1 (1) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Exact Solutions}{V. Belinsky}

\@
Exact (3+1)-Dimensional Gravitational Soliton Solutions of the 
Einstein Equation\\        
Chi Au,  Li-Zhi Fang, F.T. To\\
2

\@
Radiating Dyon In Einstein-Maxwell Theory\\       
A. Chamorro, K.S. Virbhadra\\
3

\@
Geodesic Incompleteness and the Kinked De Sitter Spacetime\\    
K.A.   Dunn, T.A. Harriott, J.G. Williams\\
2

\@
Bondi-Sachs Metrics and Exact Solutions\\ 
S.J.   Fletcher, A.W.-C. Lun\\
3

\@
A Radiating Generalization of the Kerr Solution\\ 
Dietrich Kramer\\  
3

\@ 
Cylindrical Black Hole in General Relativity and Black Holes in 
Lower Dimensional Gravity Theories\\       
Jos\'e P.S. Lemos\\   
2

\@
Quantum Cosmology for the Bianchi Type IX Models\\        
Alfredo Mac\'ias, Michael P. Ryan\Jr\\  
2

\@ 
Metric of an Axisymmetric Neutron Star\\  
Vladimir S.     Manko, J. Martin, E. Ruiz\\
2

\@ 
Dilaton Solutions with Arbitrary Electromagnetic Field\\  
Tonatiuh        Matos\\   
2

\@ 
Extended N-Soliton Electrovac Solution\\  
E. Ruiz, V.S. Manko, J. Martin\\
3

\@ 
A New Exact Solution of Einstein Field Equations\\ 
Yongjiu Wang, Zhiming Tang, Hongjun Guo, Hongwei Yu, Jiliang Jing\\ 
2
%                                26

% Tu1 (2) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Multi-Dimensional Gravitational Theories}{M. Demianski}

\@
Kaluza-Klein Solitons: New Singularities and Origin Definitions\\ 
Andrew P. Billyard, Paul S. Wesson\\
2

\@ 
Nonstandard-Dimensional Gravitational Theories\\  
Marek   Demianski\\       
6

\@ 
A Systematic Approach to the Study of Dimensional Reductions of 
Self-Dual Yang-Mills Equations\\  
Mario C. D\'iaz, George A.J. Sparling\\
3

\@ 
The Role of the Internal Metric in Generalized Kaluza-Klein Theories\\    
W. Drechsler, D. Hartley\\       
2

\@ 
The Classical Tests in (4+1)-Gravity\\    
D. Kalligas, P. Wesson, C.W.F Everitt\\   
3

\@
Space-Time-Matter\\       
Bahram  Mashhoon, Hongya Liu, Paul S. Wesson\\
3

\@ 
Fermi-Walker Coordinates in 2+1 Dimensional Gravity\\     
Pietro  Menotti, Domenico Seminara\\ 
3

\@ 
Variation of Fundamental Constraints and Red-Shift in 6-D 
Cosmological Models\\     
Americo Peraza\-Alvarez\\  
2

\@
Locally Supersymmetric Action in a D-Dimensional Superspace\\       
P.      Salgado\\ 
2

%\@ 
%Fermi-Walker Coordinates in (2+1)-Dimensional Gravity\\     
%Domenico Seminara, Pietro Menotti\\        
%3

\@ 
Toward Chiral Supergravity and Unification\\      
Kazunari Shima\\   
2
%                                47

% Th1 (21)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  

\session{Extreme Regimes of Gravitational Theory}{L. Halpern}

\@
Deformations, Large and Small, of Relativistic Membranes\\      
Riccardo Capovilla, Jemal Guven\\       
2

\@       
Highly Relativistic, Self-Gravitating Perfect Fluids with 
Differential Rotation\\
F.J. Chinea\\  
2

\@       
Is a Gravitational Geon Compatible With General Relativity?\\     
F.I. Cooperstock, V. Faraoni, G.P. Perry\\     
4

\@       
Extragalactic Background Radiation and the Time Symmetry of the
Universe\\
David A. Craig\\
3

\@       
Stability Test for Cauchy Horizons\\
T.M. Helliwell, D.A. Konkowski\\
2

\@       
Stability Tests for Mild Singularities\\  
D.A. Konkowski, T.M. Helliwell\\       
2

\@       
Atomic Transitions Induced by Time-Dependent Spacetime Geometries\\
Fabrizio        Pinto\\
4

\@       
Approximation of Static Skyrmions from Connections in 
Compactified Minkowski Space\\      
M. Rosenbaum, A.A. Minzoni\\      
3

\@       
Effects of Topology on the Gravitational Wave\\   
Jiro    Soda\\    
2
%                                24

% Fr1 (11)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\session{Mathematical Foundations}{R. Schoen}

\@        
Geometry Gravitation and Matter in Extreme Limits\\       
Leopold Halpern\\ 
4

\@       
A Blunder in Quantum Field Theory\\       
Masayoshi Mizouchi\\        
2

\@       
A Tensorial Lax Pair Equation and Integrable Systems in 
Relativity and Classical Mechanics\\      
Kjell Rosquist\\        
7

\@       
Stability of Non-Abelian Black Holes and Catastrophe Theory\\     
Takashi Tachizawa, Kei-Ichi Maeda, Takashi Torii\\       
3

\@       
The Role of Weyl Geometry in the Causal Interpretation of Quantum
Mechanics\\    
W.R. Wood, G. Papini\\    
3

\@       
Quantum Probabilities Related to Wave Function's Behavior with 
Respect to Spacetime Domain\\      
Norifumi Yamada\\  
2

\@       
Mascroscopic Gravity\\    
Roustam M. Zalaletdinov\\    
4
				
%                                24

% Mo(2)%(12)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\session{Mathematical Relativity}{T. Dray}

\@       
Algebraic Computing in General Relativity\\ 
T. Dray\\    
9

\@       
A Class of Hyperbolic Gauge Conditions\\  
C. Bona, J. Stela, J. Mass\'o, E. Seidel\\    
3

\@       
Mass and Angular Momentum from Taub Numbers\\     
Edward N. Glass\\   
2

\@       
Ricci Fall-Off in Static, Globally Hyperbolic, Geodesically Complete, 
Ricci-Positive Spacetimes\\     
Steven G. Harris, David Garfinkle\\
3

\@       
MapleTensor: A New System for Performing Indicial and
Component Tensor Calculations by Computer\\      
M. Kavian, R.G.   McLenaghan, K.O. Geddes\\
2

\@       
Similarity Reductions of the Field Equations for Stationary 
Axisymmetric Rigidly Rotating Perfect Fluids\\        
Ben Langton, Edward Fackerell\\ 
2

\@       
MathTensor: Doing Tensor Analysis and Differential Forms by Computer\\
Leonard Parker\\  
4

\@       
Static Axisymmetric Approach to the Two Black Hole Head-on Collision\\ 
Samuel  Rocha\-de\-Oliveira\\       
5

\@       
Spinors, Jets, and the Einstein Equations\\     
C.G. Torre\\   
3

\@       
Positive Energy Proof for Asymptotically Anti-de Sitter Spacetimes\\      
E.      Woolgar\\ 
2
%				34

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\typeout{Forced New Page:}
\vfill\eject
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% Tu2%(32) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Phase Space and Gravitation}{G. Bisnovatyi-Kogan}

\@
Vlasov Equation in Spacetime Tangent Bundle\\     
Howard E. Brandt\\  
2

\@        
Chaos in Static Axisymmetric Spacetimes\\ 
Kei-Ichi Maeda, Yasuhide Sota, Shingo Suzuki\\   
3

\@        
Global Properties of Energy Truncated Spheroidal Stellar Systems\\
Maria Teresa Menna, Giuseppe Pucacco, Remo Ruffini\\   
3

\@        
Stability of Dense Stellar Clusters Against Relativistic Collapse: 
Maxwellian Distribution Functions with Different Cutoff Parameters\\
Marco Merafina, Gennady S. Bisnovatyi-Kogan, Remo Ruffini, \newline
Enrico Vesperini\\
4

\@        
Landau Damping in Semi-Degenerate Gravitating Systems\\   
R. Ruffini, M. Capalbi, S. Filippi, J.G. Gao, L.A. Sanchez\\ 
3

\@        
Motion of Spin-1/2 Particles in External Gravitational and 
Electromagnetic Fields\\       
Stamatis Vokos\\   
3

\@        
Scale-Invariant Phase Space and the Conformal Group\\     
James T. Wheeler\\ 
3

\@        
Spacetime Coarse Grainings in Relativistic Particle Motion\\
John T. Whelan\\  
3
%				24

% Th2%(22)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Alternate Gravitational Theories}{Y. Fujii}

\@
Summary of the Session: Alternative Gravitational Theories\\
Yasunori Fujii\\   
2

\@
A Bianchi-Type IX Cosmological Solution in Brans-Dicke Theory\\
P.AG. Chauvet, J.L. Cervantes-Cota\\
3

\@
General Relativity and Empirical Success\\        
R. Disalle, W.L. Harper, S.R. Valluri\\ 
2


\@
The Fokker de Sitter Gyroscopic Precession in 
$(\Omega,A_{\mu\nu})$-Field Theory\\  
Wang Tak Fung, Alfred Xin Yu\\    
2

\@
Gravitation and Spin, Minimal Coupling and Beyond\\   
Richard T. Hammond\\ 
3

\@
How Does Generalization of Einstein Theory Enhance Growth 
of Density Perturbations\\      
Toshinari Hirai, Kei-Ichi Maeda\\   
3

\@
Observational Limits on Scalar-Tensor Theories\\  
D. Kalligas, K. Nordtvedt, R.V. Wagoner\\        
4

\@
The Gravitational Radiation of $\Omega$-Field Theory\\   
Yu Yiu  Lam\\     
2

\@
Higgs Mechanism and the Structure of the Energy-Momentum Tensor 
in Einstein Gravity and Conformal Gravity\\       
Philip D. Manneheim, Demosthenes Kazanas\\
3

\@
The Equivalence Principle, Mach's Principle and a Possible Link 
Between Lorentz-Invariant Scalar-Field Theory of Gravity 
and General Relativity\\       
P.      Mazilu\\  
2

\@
Gravity Coupled to Vector Coulomb Fields\\        
Shin-ichi Nakariki, Kazumi Fukuma, Tetsuo Fukui, Masayoshi Mizouchi,
Teruya Ohtani\\        
2

\@
Crossing Symmetry is Incompatible with General Relativity\\      
H. Pierre\-Noyes\\   
3

\@
Quantum Behavior in Asymmetric, Weyl-Like Cartan Geometries\\   
J.E. Rankin\\  
4

\@
Isotopic Quantization of Gravity and its Universal Isopoincar\'e
Symmetry\\     
Ruggero Maria   Santilli\\        
6

\@
Motion of a Spinning Test Particle in the $\Omega$-Field Metric\\
Judy Tam Hong\\        
3

\@
Inflation in $\Omega$-Field Theory\\     
Lee Wa Tsan, Alfred Xin Yu\\     
2

\@
Advances on a Unified Physics-Astrophysics Theory Based on a 
Standing-Wave Particle Model\\       
Rafael A.  Vera\\    
3

\@
Can Gravity Explain Galactic Mysteries?\\       
Vadim V. Zhytnikov\\       
2

%				49


% Fr2%(31)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Gravitomagnetism}{D. Theiss}

\@
Gravitoelectromagnetism: Further Applications\\
Donato Bini, Paolo Carini, Robert T. Jantzen\\
3

\@
Gravitoelectromagnetism and Inertial Forces in Relativity\\
Paolo Carini, Donato Bini, Robert T. Jantzen\\
3

\@
The Question of Linearized Gravity and Maxwell-Newtonian Approximation\\  
C.Y.   Lo\\      
3

\@        
On The Electromagnetism-Gravitation Analogy\\     
Nikolai V. Mitskievich\\
2

\@        
The Gravitational and Electrostatic Fields Far from an 
Isolated Einstein-Maxwell Source\\ 
J.H. Ocariz, Hector Rago\\  
2

\@        
Thomas Precession in Spacetime Geometries\\       
Abraham A. Ungar\\   
2
%				9

% Mo4 (34)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Perturbations of Stars and Black Holes}{V. Ferrari}

\@
Nonradial Pulsations of Compact Objects in General Relativity: 
An Overview\\      
Valeria Ferrari\\ 
23

\@
Aspects of Black-Hole Scattering\\        
Nils    Anderson\\        
4

\@       
Transformations Between the Regge-Wheeler and Bardeen-Press
Equations\\
J.F.Q. Fernandes, A.W.-C Lun\\ 
3

\@       
Discharge of the Electromagnetic Field of a Reissner-Nordstrom 
Black Hole\\
Rhett Herman, William A. Hiscock\\  
3

\@       
Classically Unstable Modes of an Isolated Black Hole\\    
Osamu   Kaburaki\\        
2

\@       
Non-Radial Oscillations of a Slowly Rotating Relativistic Star\\  
Yasufumi  Kojima\\  
2

\@       
Quasinormal Frequencies of Step Potentials\\      
Hans-Peter      Nollert\\ 
3

\@       
Quasinormal Modes of Neutron Stars and Black Holes: Kin or Strangers?\\   
Hans-Peter Nollert, Markus Leins, Michael S\"offel\\ 
3

\@       
Quasi-Normal Modes and Late Time Behaviour of Waves in 
Gravitational Systems\\   
W.-M. Suen, E.S.C. Ching, P.T. Leung, K. Young\\    
4

\@       
Small Disturbances in Black Hole Magnetosphere\\  
Toshio  Uchida\\  
2
%				49

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%\typeout{Forced New Page:}
%\vfill\eject
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% Th4%(24)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Groups in General Relativity}{M.P. Ryan, Jr.}

\@
Spacetime Admitting a 3-Parameter Group of Homotheties\\  
Jaume Carot, Alicia M. Sintes\\   
3

\@        
SO(2,4) Gauge Symmetry and the Einstein-Cartan-Maxwell Equations\\      
D.M.    Kerrick\\ 
2

\@        
Conformal Motions in Bianchi I Spacetimes\\        
D. B.   Lortan, S.D. Maharaj\\  
3

\@        
A Generalization of the Noether Theorem\\ 
Nikolai V. Mitskievich, Samir A. Sidawi\\     
2

\@        
A Generalization of Ashtekar and the MacDowell-Mansouri Proposals\\       
Octavio Obregon, J.A. Nieto, J. Socorro\\ 
2

\@        
Bubbles with an 0(3)-Symmetric Scalar Field in Curved Spacetime\\ 
Nobuyuki        Sakai, Yoonbai Kim, Kei-Ichi Maeda\\   
3

\@        
Connections on Principal Bundles Over Space-Time with Structure Groups 
SL(2,C) and O(3,C)\\     
A.H.   Taub\\    
2

\@
Tensor Multinomials and Einstein-Maxwell Theory\\ 
Chris   Vuille\\  
2
%				22

% Fr5%(35)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Numerical Relativity}{M. Choptuik}

\@
Numerical Instabilities Associated with Gauge Modes\\     
Miguel  Alcubierre, Bernard F. Schutz\\      
4

\@        
Modelling Moving Black Holes\\    
Gabrielle Allen, Miguel Alcubierre, Simon Farrar,\newline 
Bernard F. Schutz, Lee Aston Wild\\
4

\@        
Rotating Black Hole Spacetimes\\  
Steven R. Brandt, Edward Seidel\\  
3

\@        
Masses of Spindle and Cylindrical Naked Singularities\\   
Takeshi Chiba, Ken-Ichi Nakao, Takashi Nakamura\\   
2

\@        
Initial Data for Quasi-Circular Orbits of Black-Hole Binaries\\   
Gregory B.      Cook\\    
2

\@        
Finite Differencing on the Sphere\\       
Roberto  G\'omez, Philippos Papadopoulos, Jeffrey Winicour\\   
3

\@        
Critical Trapping of a Spherical Scalar Field\\   
Sean A. Hayward\\ 
2

\@        
A 3-D Apparent Horizon Finder\\    
Joan    Mass\'o, Joseph Libson, Edward Seidel, Wai-Mo Suen\\ 
3

\@        
Adaptative Mesh Refinement in Numerical Relativity\\      
Joan    Mass\'o, Edward Seidel, Paul Walker\\   
3

\@        
Singularity Avoidance in Numerical Black Hole Spacetimes\\        
Joan    Mass\'o, Peter Anninos, Greg Daues, Edward Seidel, Wai-Mo Suen\\   
3

\@
Numerical Integration of the Robinson-Trautman Equation\\
D.A. Prager, A.W.-C. Lun\\
4

\@        
3-D Numerical Relativity at NCSA\\ 
Edward  Seidel, Peter Anninos, Karen Camarda, Joan Mass\'o,\newline
Wai-Mo Suen, Malcolm Tobias, John Towns\\  
4

\@        
Event Horizons of Numerical Black Holes\\ 
Wai-Mo  Suen, Peter Anninos, David Bernstein, Steve Brandt, \newline
Joseph Libson, Joan Mass\'o, Edward Seidel, Larry Smarr,
Paul Walker\\    
3

\@        
Interface Behaviour in an Adaptive Mesh for
Hyperbolic Equations\\        
Lee Aston Wild, Miguel Alcubierre, Gabrielle Allen, %\newline
Bernard F. Schutz\\    
3

\@        
Do One Dimensional Numerical Models of Supernovae Have Anything to Do
With the Real World?\\      
James R. Wilson, Douglas S. Miller, Ronald W. Mayle\\  
4

\@        
Relativistic Binary Neutron Star Coalescence\\    
James R.        Wilson, Grant J. Mathews\\  
4
%				47

% Mo6%(6)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 

\session{Large Scale Structure Theory}{W. Stoeger}
\@
Robertson-Walker Models with Bulk Viscosity in Brans-Dicke Theory\\
Aroonkumar Beesham\\ 
3

\@ 
Decoherence of Homogeneous and Isotropic metrics in the Presence of
Massive Vector Fields\\       
Orfeu   Bertolami, P.V. Moniz\\       
4

\@ 
The Missing Mass Problem in a Multiconnected Hyperspace-Time\\    
Claude  Gauthier\\        
2

\@ 
Observational Constraints on Primordial Perturbation Spectra\\    
Stefan  Gottl\"ober\\       
3
%				16

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%\typeout{Forced New Page:}
%\vfill\eject
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% Tu6%(16)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% pig

\session{Numerical and Classical Cosmology}{B. Berger}

\@
Developments in  Numerical Cosmology\\     
Beverly K. Berger\\  
20

\@
Numerical Simulation of Unpolarized Gowdy Spacetimes\\   
David   Garfinkle, Beverly Berger, Carrie Swift, Vijaya Swamy,\newline
Vincent Moncrief, Boro Grubisic\\       
3

\@
Colliding Gravitational Waves in Friedmann-Robertson-Walker
Backgrounds\\ 
J.B.   Griffiths\\       
3

\@
A Numerical Kinetic Theory Approach for Two-Fluid Cosmological Models\\
H. Harleston, H. Quevedo, R.A. Sussman\\       
3

\@
Continuous Time Dynamics and Iterative Maps of Expansion Normalized
Variables for Mixmaster Cosmologies\\ 
D.W. Hobill, T.D. Creighton\\  
3

\@
On Properties of Large-Scale Inhomogeneities of Gravitational and
Scalar Fields in the Vicinity of Cosmological Singularity\\     
A.A.   Kirillov\\        
2

\@
Rotational Perturbations of a Friedmann Universe\\        
Christian Klein\\   
3

\@
Tolman Bondi Spacetimes from a Different Viewpoint\\
D.R. Matravers, R. Maartens, N.P. Humphreys\\
2

\@
A Quantum-Driven-Time (QDT) Quantization of the Taub Cosmology\\   
Warner A. Miller, Arkady Kheyfets\\  
4

\@
On The General Behaviour of the Universe Near the Cosmological
Singularity\\      
Giovanni        Montani\\ 
4

\@
The Contour of Integration in Quantum Cosmology and Two Simplicial\newline
Minisuperspace Models\\      
Peter A. Morse\\   
3

\@
Chaotic Inflation and Baryogenesis in Supergravity\\
H. Murayama, Hiroshi Suzuki, T. Yanagida, Jun'ichi Yokoyama\\
4

\@
Evolution of a Perturbed Anisotropic Universe\\   
Hyerim  Noh\\     
2

\@
Bianchi V Models in N=2, D=5 Supergravity\\     
Luis O. Pimentel, J. Socorro\\        
3

\@
Cylindrical Solutions in N=2, D=5 supergravity\\        
Luis O. Pimentel\\        
3

\@
Weyl Equation in G\"odel Type Universes\\   
Luis O. Pimentel, Abel Camacho, Alfredo Mac{\'\i}as\\        
3

\@
Inflation in a Planar Universe\\        
Hisa-Aki  Shinkai, Kei-Ichi Maeda\\ 
3

\@
Heat Transport in an Inhomogeneous Spherically Symmetric Universe\\
Joseph   Triginer, Diego Pav\'on\\        
2
%				64

\endinput
