Self Study

While not a class, this section lists topics that I aim to study soon, in order, and some tasks / suggestions of how to get there.

• Read https://arxiv.org/pdf/2310.10165.pdf ✅ 2024-04-27

• Review Luca Pezze’s notes on how the interferometer works, from MAWI’s Grenoble Conference.

• Calculate $\mathbb{P}[{\rho }_t(1)]$ in the quantum system described by $H_T=H_S+H_A+H_{int}=-\kappa {\sigma }_x\otimes 1+{\sum }_i{\sigma }_{z,i}{\sigma }_{z,i+1}+h{\sum }_i{\sigma }_z,i+-J\{\begin{array}{r}{\sigma }_z{\sigma }_z\\ {\sigma }_x{\sigma }_x\\ {\sigma }_z{\sigma }_x\end{array}$ .

• Use an interferometer coupled with an ancillary system to improve the Fisher Information provided by Measurements.

• Add notes for Hardcore Boson, First quantisation, Second Quantization, deSitter Space, Ising Model

  • Review calculations for the Constant Potential, Infinite double well

• Add notes on gamma matrix, moyal braket, weyl quantization, rabi oscillations