Shikha Dhiman
@dhiman_lab
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Professor @Uni_Mainz | Supramolecular Chemist https://t.co/E3eIKUJ0SQ | Jun. Faculty Max Planck Graduate Center https://t.co/6uH3ud8YSz
Germany
Joined March 2020
@pappas_babis @UniFreiburg @FitFreiburg congratulations @PolMahesh1 and also @pappas_babis its surely an amazing thesis
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RT @pappas_babis: We have a PhD position on reaction networks driven by aminoacyl phosphate esters funded from @ERC_Research at @FitFreibur…
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RT @LemkeLab: We are hiring! 🧑🔬📢 Are you looking for a position in the new year? Consider joining the Lemke Lab! We have 2 open positions…
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RT @WaltherLab: End of the year and looking for the next steps in your career? Here are two offers to join our team to do your #phd in #che…
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RT @angew_chem: Enzymatic Reaction Network-Driven Polymerization-Induced Transient Coacervation (Shikha Dhiman and co-workers) @dhiman_lab…
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Food, celebration, and holidays – the perfect way to wrap up this year! From fascinating discussions to wins & challenges, it's been a year to remember. Grateful for every moment shared with this amazing team. Here's to more success, laughter, and breakthroughs in #2025.
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@S59013047Surbhi @BelluatiAndrea @angew_chem @Mohitkamra1010 we are happy and proud to see how you executed this project and collaboration
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@Ella_Maru @BelluatiAndrea @angew_chem @Mohitkamra1010 Yes indeed, it gives us more insights into how we can control the coacervation to tune properties of coacervate based ACs e.g. semipermeability. Also for the first time a small molecule is in situ polymerized to form coacervate rather than using a polymer. A step closer to nature
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