Hirosi Ooguri
Principal investigator (from 2007/10/01 )
Director (from 2018/10/15 )
Project Professor (from 2018/10/15 )
Scientific Associate (from 2018/10/15 )
Other Affiliation
Division of Physics, Mathematics & Astronomy, California Institute of Technology

Research Field
Theoretical Physics (Mathematical Physics)
<hirosi.ooguri _at_> 

Last Update 2021/02/26

In the past few hundred years, scientists have searched for fundamental laws of nature by exploring phenomena at shorter and shorter distances. Surprisingly, there are reasons to think that the hierarchical structure of nature will terminate at 10-35 meter, the so-called Planck length. Space and time do not exist beyond the Planck scale, and they should emerge from a more fundamental structure. Superstring theory is a leading candidate for a mathematical framework to describe physics at the Planck scale since it contains all the ingredients necessary to unify general relativity and quantum mechanics and to deduce the Standard Model of Particle Physics. I am trying to develop theoretical tools to apply superstring theory to questions relevant to high energy physics, astrophysics, and cosmology.

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