To Do List (current)

**Jan 2017**

* **Dries**: - [ ] calculate constrained CD protocols numerically * **Marin**: - [ ] finish plots for 2LS part of paper - [ ] smear out protocols at a fixed $\delta t$ and re-calculate $q_{EA}$ - [ ] Check MB protocol for stability - [ ] idea: train at positive temperature, then flip sign of temperature and initiate with pre-trained Q - [ ] change direction of sweeping (is it possible?) * **Alex**: - [ ] Check the effect of increasing hmax on the step (kink) - [ ] Run SA at finite T for 2LS and get fidelities - [ ] Look at entropy - [ ] get DOS by random sampling - [ ] calculate $q_{EA}$ for dt = 0.005, 0.02, 0.05 and $T \in [0.0, 2.0]$ - [ ] Implement fast fidelity evaluations by precomputing and storing evolution matrices. - [ ] Adjust code for SA (small fixes). Proceed with running jobs on scc and analyze data. - [x] Run scc with dt variable but nstep=$100,150,200$ - [x] Check PCA plots. - [x] Check what happens when you reduce $dt$. Try $dt=0.01,0.025$. - [x] Fix the number of potential bangs by adjusting dt. - [x] Run jobs on the scc - setup working environments. - [x] Check EA OP for continuous protocol - [x] Note on EA order parameter, email Marin, Pankaj - [x] Run simulations (SGA) : Fidelity vs evolution time. Fidelity vs. computation time. - [x] Do the F vs total time T curve - [x] Save the optimal protocols and the inst. fidelity vs iteration number within every run - [x] Run codes for following specifications and compute the following quantities: - actions=[-0.8,0.,0.8] - continuous protocol: +- [0,0.1,0.2,0.5,1.0,2.0,4.0,8.0] - psi_i=GS(hx=-1), psi_f=GS(hx=+1) - hx\in[-4,4] [the initial field is pre-quenched to -4.0] - Time slices: np.linspace(0.25,2.5,10). Running 2E4 episodes (Marin) - [x] Compute EA order parameter - [x] Perform t-SNE plots of obtained bang-bang spin configurations (could be Potts spin too)