Re: [Kwant] Coupling Matrix between Lead and Conductor

Hi Abbout, Thanks for swift response. Indeed, the kwant.wavefunction module gives me a complex number. I had been working on probability (wavefunction squared) and had overlooked the phase part. A noob mistake. Appreciate your help! Shivang On Thu, Jun 7, 2018 at 11:53 AM Abbout Adel wrote: >

Re: [Kwant] Coupling Matrix between Lead and Conductor

Thanks Xavier. I now have a clearer picture. Regards, Shivang On Thu, Jun 7, 2018 at 11:33 AM Xavier Waintal wrote: > Hi Shivang, > > > Le 6 juin 2018 à 22:53, Shivang Agarwal a > écrit : > > Hello authors, > > I am trying to perform an eigenchannel analysis of a graphene nanoribbon. > For tha

Re: [Kwant] Defining orbitals in a 3D structure with 3 basis atoms.

Hello, First of all, I am new to kwant, so I hope I will give you relevant insights. It seems to me that: 1) There are some mistakes in the syntax you are using, so you should check again the examples available in the doc : https://kwant-project.org/doc/1/ 2) Since you consider different n

Re: [Kwant] Coupling Matrix between Lead and Conductor

Hi Shivang, > Le 6 juin 2018 à 22:53, Shivang Agarwal a écrit > : > > Hello authors, > > I am trying to perform an eigenchannel analysis of a graphene nanoribbon. For > that I will be using the formula : > T(E) = ГL(E)½ GC†(E) ГR(E) GC(E) ГL(E)½ > where ГL(E) is the coupling matrix between