4–9 Dec 2022
Africa/Cairo timezone
Virtual Conference on Gravitational Physics and Cosmology

The Bose Hubbard Hamiltonian Reproduces Blackhole Dynamics on a Quantum Computer

GPA22-24
Not scheduled
30m

Speaker

Chinonso Onah (Ludwig Maximillian University, Munich)

Description

It is possible to simulate scalar fields' dynamics on quantum omputers by the Bose-Hubbard Hamiltonian. On the other hand, scalar fields are equally ubiquitous in modern comology. In particular many properties of Blackholes can be modelled by scalar fields and blackholes are thought to be quantum objects. Especially with regards to information processing. Thus motivated, we attempt to reproduce balckhole dynamics on currently available quantum computers. We hope that this will introduce a new way to investigate blackholes and other cosmological phenomena experiemntally.

Author

Chinonso Onah (Ludwig Maximillian University, Munich)

Presentation materials

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