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SUMMARY:Nanopores in Graphene: Fabrication\, Mass Transport and Applicatio
 ns
DTSTART:20250211T110000
DTEND:20250211T120000
DTSTAMP:20260921T165626Z
UID:a6768547b7aa3edae45164a3c5af0b5bdac0f51fc7605ce183633da2
CATEGORIES:Conferences - Seminars
DESCRIPTION:Prof. Luda Wang\, National Key Laboratory of Advanced Micro an
 d Nano Manufacture Technology & Academy for Advanced Interdisciplinary Stu
 dies\, Peking University\, Beijing (China)\nBIOENGINEERING SEMINAR\n \nAb
 stract:\nNanofluidics\, an emerging research area\, attracts significant i
 nterest due to its unique behaviors and promising applications in separati
 on\, sensing\, and energy conversion. With its atomic thickness\, stable c
 hemical/mechanical properties\, and the ability to be functionalized\, gra
 phene serves as an ideal platform for studying nanofluid transport. We pre
 cisely controlled graphene pore sizes and tuned functional groups\, which 
 are crucial for optimizing transport properties. Furthermore\, we aimed fo
 r real-world applications\, fabricating large-area graphene membranes for 
 advanced instrument (membrane-based total organic carbon analyzers). Graph
 ene nanopores also show promise for high-resolution sensors and fine-tunin
 g nanofluidic transport. My group advances nanopore fabrication\, elucidat
 es mass transport mechanisms\, and explores its use in practical applicati
 ons.\n\nBio:\nProf. Luda Wang works in the National Key Laboratory of Adva
 nced Micro and Nano Manufacture Technology\, and the Academy for Advanced 
 Interdisciplinary Studies of Peking University since 2018. He received his
  Ph.D from University of Colorado boulder in 2014\, and then joined Prof. 
 Rohit Karnik’s group as a postdoctoral researcher at Massachusetts Insti
 tute of Technology (MIT\, 2014-2018). His research interests cover the are
 as of fluid transport at molecular level\, micro and nano sensors\, membra
 ne separations\, and advanced instruments. More than 50 articles have been
  published\, including Nature Nanotechnology\, Advanced Materials\, Nano L
 etters\, Science Advances\, Nature Communications etc.\, along with 12 pat
 ents have been filed/authorized. Prof. Wang was granted by National Natura
 l Science Foundation of China\, National Key R&D Program of China\, Beijin
 g Municipal Science & Technology Commission etc. with more than 13 million
  CNY. Prof. Wang services as the Youth Editor for the Innovation\, Acta Ph
 ysico-Chimica Sinica and Academia Nano\, and is the referee for Nature Sus
 tainability\, Nature Communications\, PNAS\, Nano Letters\, ACS Nano\, Adv
 anced Materials etc\n 
LOCATION:BM 5204 https://plan.epfl.ch/?room==BM%205204
STATUS:CONFIRMED
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