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Birth of the Universe and Fundamental Physics [1995]

1
Wave function of the universe and particle physics
11
Gravitational topological charge
17
Cosmological principle and the debate about large scale structures distribution
25
Statistics of cosmological inhomogeneities
35
The potential of potential reconstruction
45
Naturalness of inflation
53
Inflation and gravitational waves
61
Stationary Universe Model: Inputs and Outputs
71
The inflationary role of the dilaton in string cosmology
79
String cosmology
81
Multidimensional cosmological models: Classical and quantum solutions
85
Semiclassical equations for homogeneous cosmologies with perturbations
89
Nöther symmetries and exact solutions
93
Thermodynamics of solitons
95
A Schrödinger equation for quantum universes
99
Cosmic time machines
103
First post inflationary particles equation of state
107
Thermal quantum corrections to (Anti) de Sitter geometry
111
Primordial non-gaussian signatures in the sky
115
Quantum diffusion of planck mass and the evolution of the universe
121
Billiard representation for multidimensional quantum cosmology near the singularity
127
Connecting inflation to observations
131
False vacuum chaotic Inflation: The new paradigm?
135
Comments on standard cosmology
137
Emergence of classical geometry in quantum cosmology
141
Non-linear relativistic evolution of cosmological perturbations in irrotational dust
145
Observing cosmic strings through their lensing properties
149
Scalar-tensor theories with generalized dilaton couplings
151
Long-range energy and momentum transfer in the Quark-Hadron Phase Transition
155
Exact solutions for cosmological perturbations with collisionless matter
159
First-order inflation in general relativity
163
Beyond direct hierarchical clustering
173
Evidence that gamma-ray bursts repeat and are Galactic in origin
183
Quasars and large scale structure of the universe
187
Primordial perturbation spectra with broken scale invariance and comparison with observations
195
Mixed cold-hot dark matter model with a falling initial perturbation spectrum
205
Voids and adhesion theory
213
The current status of late time phase transition models
221
Primary anisotropy detections in the cosmic microwave background
235
COBE observations of the Big Bang
243
The COBRAS/SAMBA mission
251
Cosmic strings confront COBE
259
Beyond the central limit theorem
263
Using the equation of hydrostatic equilibrium for the determination of galaxy clusters masses
265
The cluster distribution as a test for dark matter models
269
Kurtosis of cosmological density and velocity fields
273
CMBR polarization from gravitational waves
277
Hamilton-Jacobi theory and the Zel'dovich approximation
281
The effect of gravitational lensing on observations of the CMBR
285
Angular momentum redistribution in remnants of merger of galaxies
287
Galaxy surveys and dark matter models: The statistics of voids
291
X-ray data vs. galaxy velocity dispersions in galaxy clusters
295
Gravitational microlensing by halo dark matter
301
Merging rates inside large scale structures
303
The environment of local AGNs
305
A comparison of approximations to gravitational instability
307
Primordial molecules in the collapse phase of a protocloud
311
The least-action approach to gravitational instability
317
Stochastic aggregation model for the multifractal distribution of matter
321
The theory of everything vs the theory of anything
333
Baryogenesis in brief
343
The complex scalar field, instantons and inflationary universes
353
Cosmoparticle physics of family symmetry breaking
363
Recent progress in inflationary cosmology
373
Black holes, wormholes, and time machines
379
Concluding Remarks
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