Schoop Lab
@SchoopLab
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We are working on the interface between chemistry and physics, using chemical principles to find new materials with exotic physical properties
Princeton, NJ
Joined January 2019
Leslie Schoop *15 (@SchoopLab), @PrincetonChem Professor, has a vision to create a futuristic “two-dimensional” material with far-reaching applications in #QuantumScience. #VentureForward
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Congratulations to @PrincetonPhys, the @SchoopLab, and @PrincetonMSE and colleagues on “Anomalous superconductivity in twisted MoTe2 nanojunctions” in Science Advances this week. Paper: https://t.co/6qCoUEI0h0
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Please consider helping Kim and Max!
Please donate to help the Robb family who lost their house in the California fires. https://t.co/jO6ejMZfP1
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So honored by the recognition, especially as it’s together with my favorite colleague!
We are sure proud to announce that @PrincetonChem’s Leslie Schoop and Marissa Weichman are among the scientists selected to receive prestigious #PECASE awards, announced by @WhiteHouse this week! Congratulations to Leslie and Marissa. Story: https://t.co/5jxFOCwaX6
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Check out Grigoriis awesome paper! Together with many of our favorite collaborators! Story below a d link to paper here:
nature.com
Nature Communications - Noncoplanar magnets are promising for spintronics but are rare and challenging to find. Here, the authors provide a chemical design strategy to produce materials with...
The @SchoopLab publishes “Designing giant Hall response in layered topological semimetals” in @NatureComms with a view towards future spintronics applications. Congrats to Grigorii, Leslie and collaborators. Story here: https://t.co/R0K6S6Y0as
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The holidays came a little early for the @SchoopLab ! Just unboxed a new Ag source anode with accompanying graphite heater that can reach up to 950 C. Thanks to Michael at @STOE_News for the install 🎁
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Role of Cr Redox and Dynamics in Electrochemical Cycling of HxCrS2−δ By @SchoopLab et al. @Princeton Read the paper 👉 https://t.co/XzOWq7o5eV
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Can’t believe I found out about this via twitter. I worked with him during my undergraduate, he was such a wonderful teacher. I will miss him. A big loss for all of us
I'm deeply touched by Mikhail Eremets' passing. He was one of the most important scientists of our times, discoverer of high-Tc superconductivity in hydrides. His legacy in the field of high pressure physics and superconductivity is unpaired. RIP
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Polymorphism within the Quasi-One-Dimensional Au2MP2 (M = Tl, Pb, Pb/Bi, and Bi) Series By @SchoopLab et al. @Princeton @UWMadison @Cornell Read the paper 👉 https://t.co/zbhlZYYJpS
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Check out Tanya's paper, which discusses how bonding interactions can drive topological phase transitions in Zintl compounds! with @McQueenLab
advanced.onlinelibrary.wiley.com
Band Inversions happen in various topological materials. However, the mechanism of band inversion usually involves banding folding effects. Here, the chemical origin of topological phase transition...
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check out our newest paper with Maarten Goesten from Aarhus University, Denmark, where we look into topology of Kagome MOFs! Diradicals are important here! https://t.co/JgdKtxH60m
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We are thrilled to announce that renowned chemist Mircea Dincă @DincaGroup will be joining the faculty @PrincetonChem. Read the announcement: https://t.co/BHfz9UQbMF
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Excited to share Joseph's @StilesJoseph final paper , where he looks into the mechanism behind the excellent performance of HxCrS2 in Na batteries. Now published in @ChemMater. Also check out how remakably stable the crystalline/amorphous heterstructre is. https://t.co/Y5HQD2k3zT
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Today Tyger @crystal_bubbe successfully defended her PhD and became the 5th person from our lab to graduate! Congratulations and all the best for the next steps! 🎉🎉🎉
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Wohoooooo🎉🎉🎉🎉🎉
I’m thrilled to announce that I’ll be starting as an Assistant Professor at Princeton in January 2025, in the Department of Chemistry and the Princeton Materials Institute! @PrincetonMSE @PrincetonChem 🥳
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This was an intense collaboration with many wonderful scientists, including @SuperChemGirl , @PrincetonPhys, @Burch_Lab and half of the Schoop-lab.
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Super happy to share Grace's final paper about accessing bands with extended quantum metric (i.e cool flat bands) using soft chemical processing in a Kagome material. Introducing new Kagome compound CsNi3S4. https://t.co/841wh5n9bK
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So proud of the work! It combines wet chemistry with quantum geometry in kagome materials! Amazing work by former graduate student Grace and many more! Enjoy the story here paper to follow
Congratulations Grace, @SchoopLab and colleagues on the latest in @ScienceAdvances: “Accessing Bands with Extended Quantum Metric in Kagome Cs2Ni3S4 Through Soft Chemical Processing,” with @PrincetonPhys. Story: https://t.co/vlzqmL2Sdz
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Outdoor action! We love this photo of Marissa Weichman @TheWeichmanLab and Leslie Schoop @SchoopLab kayaking last week in Monterey Bay, where they were attending a meeting. Thanks for the photo!
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Check out Scott's @wi_scottsin paper, in which we investigate the Au2MP2 series of materials, with 1D M chains. We found a new polymorph for M= Bi, which we relate to electronic origins and atomic packing frustrations. Now published in @ChemMater
https://t.co/qVgx82ardM
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