most citedNon-Perturbative Instabilities as a Solution of the Cosmological Moduli Problem

34 citations · 107 across the 7 of their papers we have counts for

collaborators

7 papers

hep-th200530 cited

Challenges for String Gas Cosmology

Robert H. Brandenberger

In spite of the phenomenological successes of the inflationary universe scenario, the current realizations of inflation making use of scalar fields lead to serious conceptual probl…

hep-th200528 cited

On the Transfer of Metric Fluctuations when Extra Dimensions Bounce or Stabilize

T. J. Battefeld, S. P. Patil, R. H. Brandenberger

In this report, we study within the context of general relativity with one extra dimension compactified either on a circle or an orbifold, how radion fluctuations interact with met…

hep-th20054 cited

T-Duality and the Spectrum of Gravitational Waves

Paul Robert Chouha, Robert H. Brandenberger

In the inflationary universe scenario, the physical wavelength of cosmological fluctuation modes which are currently probed in observations was shorter than the Hubble radius, and…

hep-th200534 cited

Non-Perturbative Instabilities as a Solution of the Cosmological Moduli Problem

Natalia Shuhmaher, Robert Brandenberger

It is widely accepted that moduli in the mass range 10eV - GeV which start to oscillate with an amplitude of the order of the Planck scale either jeopardize successful predic…

hep-ph20041 cited

Single Field Baryogenesis and the Scale of Inflation

K. R. S. Balaji, R. H. Brandenberger, Alessio Notari

In the context of inflationary cosmology, we discuss a minimal baryogenesis scenario in which the resulting baryon to entropy ratio is determined by the amplitude of the anisotropi…

astro-ph20042 cited

Challenges for Inflationary Cosmology

Robert H. Brandenberger

Inflationary cosmology has provided a predictive and phenomenologically very successful scenario for early universe cosmology. Attempts to implement inflation using scalar fields,…