Zeit, neue Wege zu gehen: Wir beenden unsere Aktivitäten auf X. Bleibt mit uns im Dialog – auf unseren anderen Kanälen. #eXit
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Time to move on: We are ending our activities on X. Stay connected with us through our other channels.
ℹ️ https://t.co/RPQrkdhTMV
The #CRC1415 will grant the ‼️Start-up Funding 2025‼️. Excellent young scientists who wish to pursue a career in academia/science are welcome to apply. Join the #CRC1415 & work with us in Dresden on novel 2DMs! For details check here: https://t.co/sdeTEmluN7.
We are hiring! We have an open PhD position for the computational investigation of (a)chiral 2D Polymers/COFs! Work with us in a highly interdisciplinary field within the @Crc1415 project with exciting chemistry, physics and materials science! Apply here: https://t.co/FFFZONDGqx
We are hiring! We have an open PhD position for the computational investigation of (a)chiral 2D Polymers/COFs! Work with us in a highly interdisciplinary field within the @Crc1415 project with exciting chemistry, physics and materials science! Apply here: https://t.co/FFFZONDGqx
I am thrilled to share that the latest and greatest release of the Atomic Simulation Environment (ASE) — v3.23.0 — is now published on PyPI! Thank you to the contributors and co-maintainers who made this long-awaited update possible. Happy simulating! #compchem
I am happy that our work is finally out. I am eagerly waiting for comments and suggestions from all of you. Thanks Dr. Brumme for everything and @crc1415 that made this research possible.
🎉A colourful programme of lectures, experiments, guided tours and participatory shows awaits all those interested. All night owls who want to experience research interactively and expand their own knowledge are invited ☺️📍at HAL building of TU Dresden from 6pm till 10pm
🎉We have prepared many activities for you in our Chair, Hallwachsstraße 3, #Dresden
Join us this Friday: Die Lange Nacht der Wissenschaften auto Dem Campus der TUD.
@smellodiEU@LangeNacht_DD@tudresden_de
We discuss how the self-similar phenomenon of the Hofstadter Butterfly could look like in covalent organic frameworks and how this phenomenon should occur at experimentally viable magnetic field strengths in these materials.
Our new work: "Hierarchies of Hofstadter butterflies in 2D covalent organic frameworks"
If you are interested, check it our at @Nature_NPJ: https://t.co/Jq6NTsraUP
@nanoDresden@Crc1415@G_Cuniberti
If you are interested in learning something about our approach and insights into coarse-graining elasticity in 2D Framework materials, feel free to come to my talk on Wednesday!
Lausanne looks beautiful! There are definitely worse places to be at for a conference 😁 @Psik_Network#psik2022
Looking forward to a fun week of science and to meet everyone!