Skip to content

Quantum chemistry

tequila

Maintained by aspuru-guzik-group

Tequila is a chemistry- and optimization-friendly framework for building variational workflows, and it often surfaces in discussions of practical hybrid experimentation.

MixedUnknownFlagship
tequila illustration

Resource snapshot

Category

Quantum chemistry

Stars

0

Topics

2

Last pushed

Unavailable

What it is

Tequila is especially useful for readers who want to understand how domain problems, ansatze, optimizers, and execution loops come together inside one workflow. It makes the hybrid structure more visible than many lower-level tools do.

That makes it a strong educational bridge between chemistry, optimization, and variational programming patterns.

Who it's for

Researchers and advanced developers exploring variational, chemistry-oriented, or hybrid optimization workflows.

What you can build or learn

  • Study how variational workflows are assembled in practice.
  • Compare hybrid orchestration patterns across domain-focused libraries.
  • Use the framework as a bridge between chemistry and optimization conversations.

README excerpt

Expand the source excerpt

No README excerpt was available for this resource.

Related resources

Keep exploring nearby tools.

aws

amazon-braket-sdk-python

amazon-braket-sdk-python is an open-source quantum project.

MixedUnknownFlagshipQtangl relevant
ProjectQ-Framework

FermiLib

FermiLib is an open-source quantum project.

MixedUnknown
quantumlib

OpenFermion

OpenFermion is an open-source quantum project.

MixedUnknownFlagship
Qiskit

qiskit-nature

qiskit-nature is an open-source quantum project.

MixedUnknown
CQCL

tket

tket is an open-source quantum project.

MixedUnknownFlagshipQtangl relevant
ornl-qci

xacc-vqe

xacc-vqe is an open-source quantum project.

MixedUnknown