Proud to announce that I successfully defended my PhD in physics at @GeorgiaTech!
Check out my thesis work on crystal defects in Raman responses which was recently published: https://t.co/w0uBleBCoF
Excited to announce my newest paper โCrystalline topological defects within response theoryโ
https://t.co/Es2rzqplWb
In it, we show how topological crystalline defects can produce new effects by coupling to electric field probes, even when they do not appear in the Hamiltonian
Proud to announce my latest paper, "SHAPER: Can You Hear the Shape of a Jet?"
https://t.co/XX7A47MTce
The answer is YES, you can hear the shape of a jet!
Amazing piece on our recent work on a new #quantum state in a trimer-honeycomb material by @GTSciences! Symmetry is incredibly important in building models of physical phenomena.
https://t.co/jSJIs5ER56
Excited to announce our paper on chiral orbital currents is now published in @Nature. Congrats to my collaborators at @GeorgiaTech@CUBoulder@ORNL@universityofky
Check it out here!
https://t.co/QBHitAZTk3
@mktraly@Yale@GeorgiaTech As far as I'm aware, Georgia Tech doesn't have faculty who specialize in theoretical particle physics. But if you're interested in using similar theoretical tools, we have a great program in condensed matter physics! You can read more about it here: https://t.co/RlWCRexbiz
I'm Sami: a first gen Pakistani American college grad. I studied physics & electrical engineering at @Yale, & now work on my PhD at @GeorgiaTech in theoretical condensed matter physics.
Follow me if you're also passionate about physics (think every matrix is diagonalizable)!
[2209.08672] Yu Zhang, Yifei Ni, Hengdi Zhao et al.: Control of chiral orbital currents in a colossal magnetoresistance material https://t.co/PvBggYM4Fa https://t.co/B4Y41Dws8q #cond_mat_str_el