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

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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