emilianomfortes / krylovsolver Goto Github PK

The Krylov approximation method provides an efficient approach to perform time-evolutions of quantum states for systems with large-dimensional Hilbert spaces.

License: BSD 3-Clause "New" or "Revised" License

Python 100.00%

quantum-mechanics quantum-physics python qutip unitary-fund

krylovsolver's People

Contributors

Stargazers

Watchers

krylovsolver's Issues

add Toeplitz mean error bounds to documentation

The new bounds in the paper are yet to be implemented on the next release.

Add more information to document the method and package

Add more information to document the method and package. This can be done in the readme or in a documentation file, as shown in https://github.com/nathanshammah/make-your-code-count/.

minor changes to /tests/orbit_test.py and /tests/basic_test.py

from qutip import * --> from qutip import mcsolve, tensor, fock, qeye, destroy, Options
line 64: Random Harmonic Osilator --> Random Harmonic Oscillator

Add a license

When you'll open source, it will be advisable to have a license. There are guides on the subject. As a reference, QuTiP and parts of the scientific/numerical Python ecosystem uses BSD new v 3.0. Other projects in quantum such as Qiskit and Cirq use Apache 2.0. You can add the license by adding from the browser interface of Github a file named LICENSE.txt and it should give you already the templates to choose from.