International audienceString Theory is believed to have a landscape of 10 500 vacua with properties that resemble those of our Universe. The existence of these vacua can be combined with anthropic reasoning to explain some of the hardest problems in cosmology and high-energy physics: the cosmological constant problem, the hierarchy problem, and the un-natural almost-flatness of the inflationary potential. We will explain the construction of these vacua, focusing on the challenges of obtaining vacua with a positive cosmological constant
After reviewing the cosmological constant problem -- why is Lambda not huge? -- I outline the two ba...
After reviewing the cosmological constant problem - why is Lambda not huge? - I outline the two basi...
We study some gravitational instanton solutions that offer a natural realization of the spontaneous ...
International audienceString Theory is believed to have a landscape of 10 500 vacua with properties ...
International audienceString Theory is believed to have a landscape of 10 500 vacua with properties ...
After reviewing the cosmological constant problem -- why is Lambda not huge? -- I outline the two ba...
I examine some non-anthropic approaches to the string landscape. These approaches are based on findi...
AbstractWe argue that in the context of string theory a large number N of connected degenerate super...
Progress in string theory has resulted in a whole landscape of vacua solutions.In this talk I descri...
In this lecture I make some educated guesses, about the landscape of string theory vacua. Based on t...
We study the computational complexity of the physical problem of finding vacua of string theory whic...
An earlier paper points out that a quantum treatment of the string landscape is necessary. It sugges...
AbstractWe argue that in the context of string theory a large number N of connected degenerate super...
The accelerating expansion of the universe is a portal for us to understand the physics at the very ...
The accelerating expansion of the universe is a portal for us to understand the physics at the very ...
After reviewing the cosmological constant problem -- why is Lambda not huge? -- I outline the two ba...
After reviewing the cosmological constant problem - why is Lambda not huge? - I outline the two basi...
We study some gravitational instanton solutions that offer a natural realization of the spontaneous ...
International audienceString Theory is believed to have a landscape of 10 500 vacua with properties ...
International audienceString Theory is believed to have a landscape of 10 500 vacua with properties ...
After reviewing the cosmological constant problem -- why is Lambda not huge? -- I outline the two ba...
I examine some non-anthropic approaches to the string landscape. These approaches are based on findi...
AbstractWe argue that in the context of string theory a large number N of connected degenerate super...
Progress in string theory has resulted in a whole landscape of vacua solutions.In this talk I descri...
In this lecture I make some educated guesses, about the landscape of string theory vacua. Based on t...
We study the computational complexity of the physical problem of finding vacua of string theory whic...
An earlier paper points out that a quantum treatment of the string landscape is necessary. It sugges...
AbstractWe argue that in the context of string theory a large number N of connected degenerate super...
The accelerating expansion of the universe is a portal for us to understand the physics at the very ...
The accelerating expansion of the universe is a portal for us to understand the physics at the very ...
After reviewing the cosmological constant problem -- why is Lambda not huge? -- I outline the two ba...
After reviewing the cosmological constant problem - why is Lambda not huge? - I outline the two basi...
We study some gravitational instanton solutions that offer a natural realization of the spontaneous ...