hpqc-labs / feyndyn Goto Github PK

1. Exponential for e^V
2. Transfer transformations of the system operators and b and b^dagger to a new document.
3. wbb^dagger
4. Work through the H_I once it gets it's font shrunk like for H_S. (then insert it into VPQME_PAPER)
5. Work through derivation of final variational parameters.

1. After the sentence "Using the integral representation we could obtain that:the expected value for the displacement operator", there should be some explanation of where this first equation comes from. For example, there is a \pi and an N, whereas before there was not.

1. Eq. 34 just interaction picture-like thing?
2. Equations that are too small: 38, 62-63, 73-77, Eq. 79 and all similar

Eqs 75-76 need better \lvert and \rvert

3. Why Eq. 37 has two transformations?
4. Walk me through rest of derivation.

Hi Just noticed a post on figshare referring to your repository, can you give a demonstration post of how a GitHub new user who's likely to be from academia used to windows can approach the interface and cite code to reference in a whitepaper?

I would love to rephrase the question but this will have to do.

Working with Github and Mozilla to enable 'Code as a Research Output' at: http://figshare.com/blog/Working_with_Github_and_Mozilla_to_enable_Code_as_a_Research_Output_/117#sthash.Py48sac6.dpuf '

Could show me how implement this
https://pubs.acs.org/doi/10.1021/jp410190n

1. Fix up indices on the B's in VPQME_PAPER.