@DBodesheim

PhD student at @nanoDresden at @tudresden_de. Member of @CRC1415. Working in Computational Materials Science #COFs #2DMaterials

Joined July 2011
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  • Following404
  • Followers187
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David Bodesheim retweeted
TU Dresden@tudresden_de10 Jan 2025
Zeit, neue Wege zu gehen: Wir beenden unsere Aktivitäten auf X. Bleibt mit uns im Dialog – auf unseren anderen Kanälen. #eXit // Time to move on: We are ending our activities on X. Stay connected with us through our other channels. ℹ️ tu-dresden.de/tu-dresden/new…
Foto eines Smartphones, auf dessen Bildschirm das X-Profil der TU Dresden abgebildet ist. Das Bild enthält zudem den Schriftzug #eXit.

ALT Foto eines Smartphones, auf dessen Bildschirm das X-Profil der TU Dresden abgebildet ist. Das Bild enthält zudem den Schriftzug #eXit.

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David Bodesheim retweeted
Dinga Wonanke@DingaWonanke6 Sep 2024
Check out the comprehensive documentation for mofstructure. Feel free to experiment with it, and I will love to hear your thoughts or feature requests to make it even better bafgreat.github.io/mofstruct… #Python #OpenSource #mofstructure #Documentation #DeveloperTools #MOF #COFs
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David Bodesheim retweeted
CRC 1415@Crc14154 Jul 2024
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: tu-dresden.de/mn/chemie/sfb1….

Stellenangebote

tu-dresden.de
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Come work with us in Dresden! Beautiful city, great compensation and of course an exciting project are waiting for you! @Crc1415
NanoMat Chair at TUD@nanoDresden1 Jul 2024
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: nano-tud.de/open_job/CRC1415…
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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: nano-tud.de/open_job/CRC1415…
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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
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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.
Theoretical Chemistry at TU Dresden@Theochem_TUD13 Oct 2023
Funneling and spin-orbit coupling in #TMDC nanotubes and wrinkles @PhysRevB Congratulations to Mohammadreza @daqiqshirazi and our junior group leader Thomas Brumme. Find out how wrinkling WSe2 affects its electronics and opens its use for #spintronics👇 journals.aps.org/prb/abstrac…

Funneling and spin-orbit coupling in transition metal dichalcogenide nanotubes and wrinkles

Strain engineering provides a powerful means to tune the properties of two-dimensional materials. Accordingly, numerous studies have investigated the effect of bi- and uniaxial strain. Yet, the...

journals.aps.org
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🎉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
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🎉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
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Data-driven exploration and design of #materials 👏 Apply now @tudresden_de @DCIMdresden
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Our new work: "Hierarchies of Hofstadter butterflies in 2D covalent organic frameworks" If you are interested, check it our at @Nature_NPJ: rdcu.be/c8rCD @nanoDresden @Crc1415 @G_Cuniberti
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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.
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David Bodesheim retweeted
COF_Papers@COF_papers25 Mar 2023
Hierarchies of Hofstadter butterflies in 2D covalent organic frameworks nature.com/articles/s41699-0…
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Arrived for #APSMarch in Las Vegas! Excited for a week of cool science!
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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!
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See also our paper: pubs.acs.org/doi/abs/10.1021…

Toward Coarse-Grained Elasticity of Single-Layer Covalent Organic Frameworks

Abstract. Two-dimensional covalent organic frameworks (2D COFs) are an interesting class of 2D materials since their reticular synthesis allows the tailore

pubs.acs.org
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David Bodesheim retweeted
COF_Papers@COF_papers1 Nov 2022
Toward Coarse-Grained Elasticity of Single-Layer Covalent Organic Frameworks dx.doi.org/10.1021/acs.jpcc.…
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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!
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🥳Save the Date! Dresden Science Night, July 8, 2022 #NLDWDD 👏🏽 We will be there.
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David Bodesheim retweeted
TU Dresden@tudresden_de25 May 2022
Digitalisierung des Geruchssinns: 👃 Forscher:innen um Prof. @G_Cuniberti von @ingTUDresden haben einen Sensor entwickelt, der Moleküle in der Luft messen & bestimmen kann. Mit dieser Technologie könnten z.B. Kühlschränke verdorbene #Lebensmittel erkennen. tag24.de/thema/wissenschaft-…
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