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- [ ] Write a Krylov_energy_min routine for computing the ground state of the truncated Hamiltonian using Lanczos methods - [ ] Unit test this routine - [ ] Write minimize_pair() method for the local energy minimization problem - [ ] Add a sweeping procedure - [ ] Develop a subclass of MPSBackendImpl, called DMRGBackendImpl taking into account all above - [ ] Design a good API similar to MPSBackendImpl and use other methods (e.g. baths, _evolve) from the main class - [ ] Write a simple test to check that API for DMRG works from a User perspective - [ ] Benchmark results for adiabatic pulse sequence against TDVP
No due date•1/1 issues closed- code 1. [X] return torch from patched callbacks 2. [X] support phase $\Phi$ in Pulser sequences. 3. [X] add custom krylov backward for $\Omega$ and $\Delta$ params. 4. [X] add $\Phi$ to custom krylov backward. 5. [ ] add interaction matrix to custom krylov backward. 6. [ ] sample observables if not measured at multiple of dt 7. [ ] make a quantum model, and figure out where to put it (in progress...) - benchmarks - [ ] benchmark emu-sv differentiable workflow time and memory vs N - docs - differentiable workflow - performance benchmarks - notebook
Overdue by 9 month(s)•Due by March 31, 2025•10/10 issues closed