@_wei_li

PhD in Theoretical Chemistry at TU Dresden | MSCA-ITN ESR

i-wli.github.io
Joined August 2021
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  • Following42
  • Followers33
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New paper in #npj2dmaterials @Nature_NPJ: Relaxation effects in transition metal dichalcogenide bilayer heterostructures by Wei Li et al. rdcu.be/dNN4V
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@ITN_2Exciting at the #FLATLANDS2023 conference in #Prague It was great to have an opprotunity to meet and to share all the new gripping results. Big thanks to Zdeněk @sofergroup for organizing!
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The registration for the Flatlands Beyond Graphene 2022 is now open! Find details about it in the web: sites.google.com/view/flatla… I would appreciate it if you could RT to spread the word!
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Please share your thoughts and ask your questions regarding my poster @chem2DmatConf, a research at @tudresden_de, if you are interested in #electronic and #transport properties of tBL MoS2. #chem2dmat – at Dresden, Germany
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New and weird, first time near-atomic-scale observation and characterisation of grain boundaries in layered 2D polymer. When square structure forms triangles, pentagons and more. Poster at @chem2DmatConf. #2dmaterials #COF #2dpolymer #CHEMD2MAT #chem2dmat
Great collaboration with @ThomasHeine14, @XinliangF and Ute Kaiser group. This poster for #CHEM2DMAT conference shows first time near-atomic-scale observation of weird chemistry happening at #COF crystal grain boundaries, where due to boundary reconstruction, regular square COF can form 3, 5, 6 and 7-membered rings, which are clearly seen by AC-HRTEM and confirmed by our theoretical calculations.

ALT Great collaboration with @ThomasHeine14, @XinliangF and Ute Kaiser group. This poster for #CHEM2DMAT conference shows first time near-atomic-scale observation of weird chemistry happening at #COF crystal grain boundaries, where due to boundary reconstruction, regular square COF can form 3, 5, 6 and 7-membered rings, which are clearly seen by AC-HRTEM and confirmed by our theoretical calculations.

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Evidence of spin-orbit coupling splitting in inhomogeneously strained 2D TMDC monolayers. #2dmaterials #chem2dmat #CHEMD2MAT #TMDC #2Dmaterial #chem2dmatconf @chem2Dmat #chem2Dmat #CHEMD2MAT
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Thanks to Thomas Heine from @HZDR_Dresden for presenting at #chem2Dmat 2021 a very interesting Invited contribution on "#Topological Two-Dimensional #Polymers: a chemistry way towards quasiparticle physics"
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If you are interested in twist TMDC heterostructures, please contact me to share your thoughts or comments. A poster at @chem2DmatConf. #CHEMD2MAT #chem2dmat
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