So far, the whole Hamiltonian is divided as the summation of bond Hamiltonians and all the imaginary time evolutional tensors operate on bond, and therefore onsite terms such as Zeeman terms should be absorbed into bond Hamiltonians.
In the PR, I implemented one site imaginary time evolutional tensors in tenes, and site Hamiltonians can be used in input files of tenes_std.
An example of site Hamiltonian in std.toml:
[[hamiltonian]]
dim = [2]
sites = []
elements = """
0 0 -1.25 0.0
1 1 1.25 0.0
"""
and an example of site ITE tensor in input.toml:
[[evolution.simple]]
site = 0
dimensions = [2, 2]
elements = """
0 0 1.0125784515406344 0.0
1 1 0.9875778004938814 0.0
"""
Additionally, I added a new option of tenes_simple, --use-site-hamiltonian, in order to generate site Hamiltonians.
So far, the whole Hamiltonian is divided as the summation of bond Hamiltonians and all the imaginary time evolutional tensors operate on bond, and therefore onsite terms such as Zeeman terms should be absorbed into bond Hamiltonians. In the PR, I implemented one site imaginary time evolutional tensors in
tenes, and site Hamiltonians can be used in input files oftenes_std.An example of site Hamiltonian in
std.toml:and an example of site ITE tensor in
input.toml:Additionally, I added a new option of
tenes_simple,--use-site-hamiltonian, in order to generate site Hamiltonians.