Zhiyong Wang
@ZhiyongWang_TUD
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Group leader, 2D polymer & interfacial synthesis, MPI Halle.
Germany
Joined August 2019
Excited to share that our collaborative paper with Mischa is now online in @NatureMaterials. In this work, we observe highly mobile hot carriers in Cu3BHT using ultrafast spectroscopic and imaging techniques. Check it out here
nature.com
Nature Materials - Hot carrier transport in organic systems has remained elusive due to rapid energy relaxation and limited transport properties. Here highly mobile hot carriers and their...
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Join us @mpi_msp ! 🔬The Synthetic Materials & Functional Devices (SMFD) department, led by @XinliangF, is looking for PhD students & Postdocs to join our @ERC_Research project "2DPolyMembrane". Apply now or share this with someone who might be interested: https://t.co/6Pnx5gBSUo
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Our collaborative work with @ThomasHeine14 @Henning Sirringhaus is now online @angew_chem. We report a novel low-symmetry coordination polymer, which exhibits unique in-plane electrical anisotropy. @XinliangF @renhaodong
onlinelibrary.wiley.com
A novel electrically conductive coordination polymer, Cu5BHT, featuring a low-symmetry structure, is synthesized on the water surface. We demonstrate that Cu5BHT is metallic and exhibits in-plane...
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Our review now online in @NatRevMater. In this article, we share insights on exploring organic 2D crystals for electronic and quantum communities, aiming to inspire innovative concepts for future research. @XinliangF@ThomasHeine14
nature.com
Nature Reviews Materials - Organic two-dimensional crystals represent a versatile toolkit for exploring intriguing electronic and quantum phenomena. This Review discusses the...
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Thrilled to announce the release of a special issue we organized for Accounts of Chemical Research! A huge thanks to all authors, especially those in the field of organic 2D materials! @XinliangF @zhehaohuang207 @JPdaCheerleader @Arne Thomas @Shu Seki https://t.co/mJhxsnujw0
pubs.acs.org
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.@ERC_Research has awarded €10 million #ERCSyG to 2DPolymembrane, a project aiming to develop ultra-thin, high-precision 2Dpolymer membranes with applications in energy & environmental science. Congratulations! 👏@tudresden_de @UniLeidenNews @XinliangF ➡ https://t.co/KriP1MZkjd
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We are looking for a talented and motivated person to join our team towards development and commercialization of printed supercapacitors and batteries. #battery #supercapacitors #jobs
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Congratulations! eScience achieves an Elsevier CiteScore™ of 33.7 for 2023, with the CiteScore Tracker at 42 (5. May 2024) ! We thank our dedicated community for your unwavering support, contributions, and trust. Check out our journal's work at: https://t.co/0P7rLDaAFV
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🎉We are thrilled to announce eScience's first Impact Factor of 42.9 in the 2023 Journal Citation Reports! 🏆 Big thanks to our dedicated authors, reviewers, editorial team, publisher @KeAiPublishing and our amazing readers! Explore more at eScience: https://t.co/8r07M0E876
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@The_InnovationJ #webinar: Hot topics at “The Innovation Conference 2024”: Extreme Weather, Scientific Weight Loss, Xenotransplantation. Speakers: Xiaofeng Xu, PhD; Xue Feng, MD, PhD; Tongyu Zhu, MD Jul. 20, 2024 | 21:00-22:00 (Beijing Time) VooV meeting ID: 582-969-558 Join us
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Out in @The_InnovationJ! Graviton-like excitation observed with predicted chirality in fractional quantum Hall liquids. Yang introduced a recent work that represents the discovery of graviton-like excitations in fractional quantum Hall liquids and their chiralities. Read more
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New in @The_InnovationJ! A full solid-state conceptual magnetocaloric refrigerator based on hybrid regeneration. Lin et al. propose a new conceptual hybrid magnetic regenerator composed of multiple solid-state high thermal-conductive and magnetocaloric materials. Read more
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Happy to be elected as the Youth Editorial Board member of @The_InnovationJ : a Cell press partner Journal.
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Check out our latest collaborative paper with @SSPParkin @mpi_msp, reporting the discovery of a novel Kagome-type 2D c-MOF exhibiting metallic charge transport. @renhaodong @XinliangF
https://t.co/Lq6XfiiDVb
advanced.onlinelibrary.wiley.com
Benzenehexol-based 2D c-MOF with Kagome lattice is synthesized by controlling the pH of the reaction system. Taking advantage of its novel Kagome lattice and nonporous structure, the resultant...
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Congratulations to Prof. @XinliangF, Director at the @mpi_msp. 💐🏆 He has been elected an ordinary member of the Chemistry Division of the German National Academy of Sciences @Leopoldina. @maxplanckpress @cfaed_TUD @tudresden_de Read more: https://t.co/BrNinUAHbw
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Monolayer 2D MOF opens up new vistas for creating novel 2D vdWhs! Together with Stuart Parkin and Mischa Bonn, we reported the first 2D MOF/graphene 2D vdWh, showing strong interlayer coupling and a record-high photoinduced net charge transfer efficiency. https://t.co/1m0NEyw72m
advanced.onlinelibrary.wiley.com
Monolayer Cu3BHT with large-scale uniformity and atomic flatness is synthesized using on-water surface chemistry, which enables the assembly of novel two-dimensional van der Waals heterostructure...
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Check out our latest work on the synthesis of vinylene-linked cationic 2D polymer films, serving as artificial electrode skin for highly-reversible dual-ion batteries. @MinghaoYu_TUD @renhaodong @XinliangF @angew_chem
https://t.co/tk6u7yEPMI
onlinelibrary.wiley.com
Two vinylene-linked cationic 2DPs (V-C2DPs) are synthesized on the water surface via Knoevenagel reaction, presenting as fully crystalline and highly oriented thin films. The obtained V-C2DPs...
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Wavy Two-Dimensional Conjugated Metal–Organic Framework with Metallic Charge Transport | Journal of the American Chemical Society @cfaed_TUD @mpi_msp @Stockholm_Uni @DeptofPhysics @Cambridge_Uni #Wavy #2D #MOF #ChargeTransport
pubs.acs.org
Two-dimensional conjugated metal–organic frameworks (2D c-MOFs) have emerged as a new class of crystalline layered conducting materials that hold significant promise for applications in electronics...
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Happy ending of the week. Our online Nat. Commun. paper tells 2D polymer membrane can be battery electrode skin.@DavoodSabaghi @ZhiyongWang_TUD @PBhauriyal @ashaygan @renhaodong @ThomasHeine14 @XinliangF Thank you all. @Theochem_TUD @cfaed_TUD @Crc1415
https://t.co/o2HRCQG8HG
nature.com
Nature Communications - The application of graphite as anodes for anion-intercalation chemistry-based batteries suffers from durability issues. Here authors demonstrate that a positively charged...
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Great talk by @zhehaohuang207 Dr. Zhehao Huang on 3D electron diffraction….very happy to host Zhehao in Dresden…many interesting discussions… appreciate the great input from the advances of imaging and diffraction methods in developing 2D polymers and 2D MOFs
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