Format results
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Eternal Inflation and it's Implications
Alan Guth - Massachusetts Institute of Technology (MIT) - Department of Physics
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Is Eternal Inflation in Our Past?
Ben Freivogel - Universiteit van Amsterdam
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Holographic Cosmology Part 1
Willy Fischler - The University of Texas at Austin
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First observational tests of eternal inflation
Hiranya Peiris - University of Cambridge
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Cosmic Bubble Collisions
Matthew Kleban - New York University (NYU)
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Eternal Inflation in the Light of Quantum Cosmology
James Hartle - University of California, Santa Barbara
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The Measure Problem: Successes and Challenges
Raphael Bousso - University of California, Berkeley
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Boundary Theory and the Measure Problem
Jaume Garriga - Universitat de Barcelona
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Does the Cyclic Universe Avoid the Measure Problem?
Jean-Luc Lehners - Self Employed
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Eternal Inflation and it's Implications
Alan Guth - Massachusetts Institute of Technology (MIT) - Department of Physics
TBA -
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Holographic Cosmology Part 1
Willy Fischler - The University of Texas at Austin
We will describe how a quantum mechanical description of a flat FRW with equation of state pressure =energy density, emerges. -
First observational tests of eternal inflation
Hiranya Peiris - University of Cambridge
The eternal inflation scenario predicts that our observable universe resides inside a single bubble embedded in a vast inflating multiverse. Collisions between bubble universes imprinted in the CMB sky provide a powerful observational test of this idea. I will describe a robust algorithm for non… -
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Bringing Terminal Vacua Back to Life With Classical Transitions
Matthew Johnson - York University
In this talk, I will describe how the collision of Minkowski or crunching bubbles can re-start inflation in a portion of the bubble interior. Consistent with various singularity theorems, such collisions can only seed a lasting inflationary phase with energy density lower than that of the parent… -
Eternal Inflation in the Light of Quantum Cosmology
James Hartle - University of California, Santa Barbara
If the universe is a quantum mechanical system it has a quantum state. This state supplies a probabilistic measure for alternative histories of the universe. During eternal inflation these histories typically develop large inhomogeneities that lead to a mosaic structure on superhorizon scales… -
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Does the Cyclic Universe Avoid the Measure Problem?
Jean-Luc Lehners - Self Employed
In its best understood version, the Steinhardt-Turok cyclic universe contains two crucial ingredients: an unstable field trajectory during the ekpyrotic phase, and the subsequent brane collision corresponding to the crunch/bang transition. These two features act as strong selection principles and…