Changelog ========= v0.1.2 ------- * R_MAX_VULQANO now is an environment variable with default value 16. v0.1.1 ------- * Bugfix pypi upload v0.1.0 ------- * Update documentation * Rename package * Update qtealeaves compatibility to version to 1.1.8 v0.0.24 ------- * Added code to test the circuit before and after the optimization, taking into account all form of noise v0.0.23 ------- * Bugfix: now a creshed simulation can be restored multiple times v0.0.22 ------- * Implement restore python tn simulation v0.0.21 ------- * Bugfix in restoring simulations from mps * Bugfix in Postprocessing simulation with skipped steps v0.0.20 ------- * Update to latest qtealeaves version * Now `MPS` simulations are possible v0.0.19 ------- * Implemented lock fictitiuous gate for blocking a lattice site (useful for circuits with large idle regions). v0.0.18 ------- * Bugfix: add has_obc=False when creating block terms in quantumsymulation. * Improvements: collapsed quantum simulation enabled. * Improvements: reflection symmetry for collapsed quantum simulation enabled. * Improvements: custom rules sets enabled. * Minor improvements and bugfixes. v0.0.17 ------- * Bugfix: added missing tools folder in the git repository. * Improvements: quantum_dynamics parametes and output improved. v0.0.16 ------- * Bugfix: added missing compiler unit test in the git repository. v0.0.15 ------- * Bugfix in error evaluation. v0.0.14 ------- * Simulated annealing for cricuits acting on 2d qubits lattices implemented. v0.0.13 ------- * Simulated annealing with parametric gates implemented. v0.0.12 ------- * Now the user can list the classes of transition rules that they wants to involve in the dynamics. v0.0.11 ------- * Project structure redesigned. * SA optimization of quantum circuits with discrete gates and 1d connectivity is fully implemented and tested. * QA optimization of quantum circuits with discrete gates and 1d connectivity is implemented but not fully tested. * SA optimization of quantum circuits with continuous gates and 1d connectivity is not yet implemented.