SCHINES

FET @EU_H2020 project bringing neuromorphic computing close to reality using topological metals. @CNRS @IBMResearch @maxplanckpress

[SCHINES @EsSchin]

We have a new logo! 🥳🍾🎉 stay tuned for new exciting work coming up! #NewProfilePic

[Grushin @aggrushin]

This was a tough one! Special congrats to Paul and Sam for their enthusiasm these years(!), @sineatrix and @danielvarjas for the theory collab and Hellmann and Lanzara's lab at @UCBerkeley for amazing experiments. Let's find more amorphous TIs! @InstitutNeel @NeelTheory

[Grushin @aggrushin]

Which solids are both amorphous and topological? How do we find them? What are their novel properties? We need your help! If you are interested in these questions, apply to our @ERC_Research funded postdoc and PhD positions at @InstitutNeel @CNRS #ERCCoG #topomorph - link below

[Grushin @aggrushin]

Sociologists of electrons at your service! LIVE! don’t miss it! #pint22

[Grushin @aggrushin]

Honored to be among amazing scientists like @brugueslab @GoldmanNathan2 awarded with a CoG @ERC_Research. 🙏🏻 to my group and collabs without whom this wouldn’t be possible! P.S. this came from failing first, so if it didn’t work out, keep trying! @NeelTheory @CNRS @InstitutNeel

[SCHINES @EsSchin]

New opportunities to join the SCHINES project! Check this thread to apply!

[Grushin @aggrushin]

We are hiring! We are looking for a postdoc in condensed matter theory to work together with the @EsSchin consortium. Topology, anomalies, transport, experimental collaborations (e.g. with @B_Gotsmann) and beyond :)
Info and applications here: https://t.co/TU12ywWKAq

[Neel Theory Group @NeelTheory]

New work clarifying how chirality, a different degree of freedom found in topological metals, can filtered in interfaces between these materials. Work by S. Tchoumakov, @aggrushin from @InstitutNeel in collaboration with @maxplanckpress and @LOMA_Bordeaux

[SCHINES @EsSchin]

A collaboration between @NeelTheory @maxplanckpress @univbordeaux @InstitutNeel

[SCHINES @EsSchin]

New @EsSchin preprint clarifying chirality filtering in topological semimetals! https://t.co/eaB5UQ8jWb

[Grushin @aggrushin]

‘No more coffee for the guy with the red chalk’

[SCHINES @EsSchin]

🎉🎉🎉🎉

[Grushin @aggrushin]

And.... it is published in @PNASNews! Check out the thread below for a story on amorphous solids! https://t.co/SjPly971fq

[SCHINES @EsSchin]

@aggrushin

[SCHINES @EsSchin]

@EsSchin collaboration meetings are getting more and more inspiration from (blues) string theory! @B_Gotsmann @aggrushin

[SCHINES @EsSchin]

This work, part of the @EsSchin collaboration, helps us understand the electronic properties of CoSi, and other chiral crystals, that could be useful in our quest for new neuromorphic devices.

[Neel Theory Group @NeelTheory]

Fresh from the oven! A new experimental-theory work including @aggrushin and @Migueltweetit published in @PNASNews shows how CoSi, a chiral crystal, hosts topological electronic excitations. They act like relativistic particles with spin-3/2! @InstitutNeel @Penn

[Bernd Gotsmann @B_Gotsmann]

here is our new paper. Also available open access: arXiv:2004.06192 Thanks to the @QuIET_project

[Grushin @aggrushin]

Thanks to @ZENODO_ORG and my coauthors @danielvarjas and Quentin Marsal, you can now also download all the source codes we used for our manuscript https://t.co/qIvFp5yNos and reference them by their own doi! Enjoy! #opensience

[Grushin @aggrushin]

Amorphous solids are not as random! In our new work we studied, with Q. Marsal and @danielvarjas how to describe topological phases in amorphous lattices! Check this 🧵 and the paper on the arxiv: https://t.co/0tToogBXNr

[SCHINES @EsSchin]

Home office is the new office and @EsSchin is prepared for it!

[SCHINES @EsSchin]

Everything ready for our review meeting with the @EU_Commission tomorrow, which will of course happen online! We took the chance to prepare for it to discuss some very promising device ideas, as clearly demonstrated by Dr. Gooth in the second pic. @IBMCH @maxplanckpress

[Grushin @aggrushin]

Farewell Freeman J. Dyson. Having being raised in quantum field theory I consider his work as elegant and timeless as it gets. However, my admiration of him grew further when I learned how she regarded women in science, specifically Cecile DeWitt. 1/4