Thermal Weight Determination and Interstate Coupling in State-Averaged ADAPT-VQE

Characterizing electronic thermal states at low temperatures is an important but challenging task in quantum chemistry and condensed matter physics, making it a prime candidate for a useful application in quantum computing. One of the most successful methods for state preparation on quantum computer...

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Bibliographic Details
Main Author:	Harper R. Grimsley (13960859) (author)
Other Authors:	Francesco A. Evangelista (1441645) (author)
Published:	2025
Subjects:	Medicine Sociology Marine Biology Inorganic Chemistry Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified two model systems mott insulator la condensed matter physics 10 –</ sup variational quantum eigensolver thermal weight determination preparing gibbs states 2 +</ sup helmholtz free energy 2 </ sub gibbs states free energy introduce helmholtz free strategy quantum computing quantum computers quantum chemistry useful application thermal ensemble successful methods promising candidate prime candidate optimized thermal multistate variants magnetic field low temperatures interstate coupling dominant eigenstates directly minimizes challenging task averaged framework
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Thermal Weight Determination and Interstate Coupling in State-Averaged ADAPT-VQE

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