Preface | |
How Does The Classical World Emerge From The Wave Function? | p. 3 |
The Space-Time Approach To Quantum Mechanics | p. 17 |
What Can We Learn From The Study Of Non-Perturbative Quantum General Relativity? | p. 33 |
Physical Solutions of Semi-Classical General Relativistic Models With Quantum Corrections | p. 69 |
Lessons From D=3 Gravity Theories | p. 80 |
Non-Perturbative Dynamics In 2+1 Dimensional Gravity | p. 93 |
Exact Solutions In Topological Gravity | p. 111 |
Two Dimensional String Theory And Black Holes | p. 126 |
Noncompact Symmetries From Dimensional Reduction | p. 143 |
Problems Of Naturalness : Some Lessons From String Theory | p. 157 |
Dilaton Gravity And WZW Models | p. 170 |
Testing General Relativity | p. 180 |
Localized Energy In General Relativity And The Implications For Gravitational Radiation | p. 201 |
High Amplitude Behavior Of Gravitational Energy | p. 211 |
Euclidean Maxwell-Einstein Theory | p. 221 |
Dynamical Instabilities In Self-Gravitating Objects | p. 229 |
Enhancement Of One's Appreciation Of Mathematical Ideas Through The Use Of Computer Graphics | p. 238 |
Monopoles And Blackholes | p. 247 |
Accelerated Observers And Comformal Invariance | p. 257 |
Charged Particle Dynamics - A Retrospect | p. 272 |
A New Model Of Strongly Coupled QED | p. 283 |
Hydrogen As A Hole In Helium | p. 302 |
Models With Quantum Symmetry And Their Spectra | p. 322 |
Vector Potentials In The Theory Of Turbulence | p. 334 |
Soft Perturbation Theory | p. 341 |
Some New Consequences Of The Non-Abelian Anomalies | p. 350 |
Dynamical Violation Of Parity In Three Dimensions | p. 363 |
Mass Bounds For Space-Like Neutrinos | p. 369 |
Some Examples Of Building Models Testable At The SSC | p. 377 |
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