OpenFermion v0.9.0
Notable changes and additions:
- The
diagonalizing_bogoliubov_transform
method ofopenfermion.QuadraticHamiltonian
now returns a tuple of three objects: the orbital energies, the transformation matrix, and a constant energy offset openfermion.FermiHubbardModel
openfermion.IsingOperator
openfermion.group_into_tensor_product_basis_sets
- Improves low-rank decomposition to work in spatial orbital basis rather than spin-orbital basis
- SymbolicOperator is now an abstract base class
- Specialized routines to compute commutators of Diagonal coulomb operators faster
- Updated Docker image to include OpenFermion-Cirq
- Default absolute precision for floating point operations changed from 1e-12 to 1e-8