Yan Zeng
@YanHelenZENG
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Assistant Professor of Chemistry at Florida State University//Lab Automation//Energy Storage Materials//Process Engineering
Tallahassee, FL
Joined August 2019
Our team - The Zeng Lab at @ChemistryFsu - is proud to be part of the LENS consortium 🦾
Powering the future: Argonne has been awarded $50 million over the next five years to lead the Low-cost Earth-abundant Na-ion (LENS) consortium, aiming to develop high-energy, durable sodium-ion batteries with safe and abundant materials. Learn more -
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RT @cedergroup: 🚀 Just launched: AlabOS –a Python-based, reconfigurable workflow management framework for autonomous labs. 🧪🤖 Showcased in…
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If you would like to share your work on sodium-based energy storage in 2025 MRS Spring Meetings in Seattle, submit your abstract to symposium EN02-Sodium-Based Energy Storage. Abstract submissions are now open until October 17th!
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@SteinbockGroup @Bin_Ouyang_CMS This looks like overripe lotus seeds. Next year I’ll send a reminder earlier so that I can try the fresh one🙂
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Feeling great to be part of a lab where prof, graduate students, undergrads, high school students, and robots are working together to design and make materials that are interesting and could also be impactful 👩🔬👨🔬🤖@fsuyoungscholar @ChemistryFsu
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Honored to be part of the Scialog meeting on automating chemical labs. It is indeed an inspirational and intriguing experience.
1st meeting of #Scialog: Automating Chemical Laboratories, cosponsored by RCSA, @BeckmanFnd, the Frederick Gardner Cottrell Foundation, and Walder Foundation, ends today with proposals to accelerate innovation in basic research through advances in automated instrumentation & AI.
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RT @ScienceMagazine: In a 2022 Science study, researchers found that intentionally introducing chemical disorder to inorganic solid electro…
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RT @Bin_Ouyang_CMS: Pleased to share that our comment to @NatureComms concerning the promises and challenge of high entropy battery materia…
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Check out our latest work on Selective formation of metastable polymorphs in solid-state synthesis | Science Advances We introduce a framework that uses both reaction energy and surface energy for effective polymorph selection. @NJSzymanski @cedergroup
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RT @doescience: Developing new materials for applications like superconductors is notoriously time-consuming. But with AI trained on data f…
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RT @SecGranholm: 👉 Major AI progress out of @BerkeleyLab with Google To transform the future of superconductors, power systems, electric v…
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Thrilled to share the performance of our A-lab in its initial materials discovery task, published in @Nature today. Can’t wait to discuss this work and exchange new ideas with experts in lab automation at the upcoming #Scialog and #ACSSpring2024
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RT @yuxing_fei: In A-lab, we discover new materials autonomously and fast. Excited to see our paper published on Nature today! Really honor…
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RT @RCSA1: 50+ Fellows have been selected for the 1st meeting of a 3-year #Scialog co-sponsored by RCSA & @BeckmanFnd. It aims to accelerat…
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Congrats to @NJSzymanski and Pragnay Nevatia! Autonomous inorganic synthesis is challenging, but here is one important step forward.
Our method to automate the optimization of solid-state synthesis is out now in @NatureComms! It uses DFT data but also learns from experiments to find the best precursors for a given material. We hope this can help guide future autonomous platforms 🤖 😃
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RT @BerkeleyLab: A-Lab is a new facility at our Lab that uses #robots and #ArtificialIntelligence to discover novel materials for future te…
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RT @BerkeleyLab: Check out the A-Lab #robots in action as they make the materials of the future! 🤖🦾🤖🦾🤖🦾 🦾The first robotic arm weighs out t…
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