Po-Chun Hsu
@PCHsu_UChicago
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Assistant Professor at the University of Chicago. Early Career Dad.
Chicago, IL
Joined July 2017
Kidney stone disease affect the life quality of more than 10% population. Conducting polymer is just the beginning of our journey to use #nanoplasmonics to enable a more effective and safer way to perform laser #lithotripsy and beyond. Stay tuned for our future works!
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Check out our @NIDDKgov-sponsored new paper using light-matter interaction to enhance kidney stone ablation. The self-replenishing nanofluid converts more laser energy into breaking down the stone, while generating less waste heat, a win-win outcome. https://t.co/V9X6I9wwg4
advanced.onlinelibrary.wiley.com
Incorporating polymeric nanoparticles, PEDOT:PSS, with a high near-infrared absorption coefficient into the fluid significantly enhances the dusting efficiency of Ho:YAG laser lithotripsy for kidney...
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Just finished the @metaconference, heavily loaded with knowledge and ideas. Thrilled to meet with old and new friends, too. Thank Howard Lee for the invitation!
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Very happy and honored to receive the EcoMat Young Researcher Award! Thank the referees and organizing committee. Credits go to my students/postdocs for the hard work and creativity. Look forward to contributing more to @EcoMat2019.
onlinelibrary.wiley.com
EcoMat is an interdisciplinary journal uniting research on functional materials for green energy and environments, publishing high-impact research and reviews.
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Please RT:🌟Exciting Opportunity! We have multiple openings for postdocs in developing: 1️⃣ Genetically encoded tools based on protein assemblies 2️⃣ Neural interface. Interested? Reach out to us! #Postdoc #ResearchJobs #ScienceCareers
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In @ScienceMagazine, we bring spectral selectivity back to radiative cooling textile to fight against heat gain from the surrounding. Thank the research community for continuous inspiration and comments. The work is led by @wuronghui001 and @ChenxiSui
https://t.co/r1HjLm0qio
science.org
Radiative cooling textiles hold promise for achieving personal thermal comfort under increasing global temperature. However, urban areas have heat island effects that largely diminish the effective...
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Asst. Prof. @PCHsu_UChicago and his lab at @UChicagoPME developed a new cooling textile built for urban heat islands. It could help reduce the need for #energy- and cost-intensive air conditioning and refrigeration.
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Our Perspective in @ACSEnergyLett shares thoughts about defining "subambient" from the 2nd law of thermodynamics. This has been exciting field, so let's keep the rigor high. Thanks @ddsarma and reviewers for handling our paper and @ChenxiSui for writing. https://t.co/J4f1UYV0i9
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Congrats to Genesis, Keyu and the team on the @acsnano paper! This is another multispectral heat management work, where we used Mie theory and wire mesh model to predict AgNW network's visible transmittance and mid-IR emissivity.
pubs.acs.org
Heating requirements for residential and commercial dwellings result in significant energy consumption and deleterious environmental effects. Personal radiative thermal management textiles regulate...
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Tomorrow 11am I will share our electrochemically active #metasurface and radiative cooling textile works at #CLEO24. Also looking forward to visit the #NASCAR Hall of Fame!
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This is truly a #ProudPI moment although I was absolutely useless in his achievement. Congratulations to @ChenxiSui!
🏓Coined the "dark horse" of the @collegett National Championship, @UChicagoPME and @PCHsu_UChicago Lab Ph.D. student @ChenxiSui placed fifth in Men's Singles and third in Men's Doubles. 🔗NCTAA profile: https://t.co/UISPHwiST8 🔬Chenxi's research: https://t.co/OCHL0dKT6e
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Heading back from a really wonderful visit at EPFL! Thank @ZhengmaoLu for the invitation and hosting. Truly amazed by the broad spectrum of cutting-edge research, enthusiastic researchers, and of course the stunning view.
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Really enjoy the science and friendship at #S24MRS! See you all next time in Boston or wherever sooner.
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Our research presentations at #S24MRS: Ting-Hsuan will talk about conjugated polymer active metasurface at 2:15pm at Summit room 340, and I will carry on with more of our work at 4pm. Genesis already finished her poster and got the award!🎉 💰
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Out now! News & Views on the Article by Jia Zhu & co-workers on radiative cooling dressings for wound healing under sunlight https://t.co/1wKn8ySGHX Better cooling for faster healing by @PCHsu_UChicago and Ronghui Wu @UChicagoPME Link here ($):
nature.com
Nature Chemical Engineering - Properly maintaining the skin temperature is critical for wound healing, especially outdoors. Now, a lightweight and skin-friendly wound dressing is reported that can...
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I will give my first #APSMarch talk about electrochemically active #metasurface this Thursday noon in room M100B. Looking forward to exchanging ideas!
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Hello X/Twitter gang, our group is once again looking for a postdoctoral scholar. We have a very successful and high collaborative team @PennEngineers @ESEatPenn with labs located in @UPennSinghNano. Please help pass the word around by reposting/sharing with interested parties.
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New perspective published in Next Energy! Stay tuned for more electrochemically dynamic metamaterials
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"History has demonstrated that the biggest growth opportunities arise not from desired technologies but from the solutions to our biggest problems."
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