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UID:20250627T063042EDT-9474ROu0uW@132.216.98.100
DTSTAMP:20250627T103042Z
DESCRIPTION:Solution processing of 2D materials allows simple and low-cost 
 techniques\, such as ink-jet printing\, to be used for fabrication of hete
 rostructure-based devices of arbitrary complexity. However\, the success o
 f this technology is determined by the nature and quality of the inks used
 .\n\nOur group has developed highly concentrated\, defect-free\, printable
  and water-based 2D crystal formulations\, designed to provide optimal fil
 m formation for multi-stack fabrication [1]. We have demonstrated printed 
 photosensors on plastic\, programmable logic memory devices\, capacitors\,
  transistors\, high-gain inverters\, logic gates\, and current mirrors [1-
 4]. Our graphene ink also enables fabrication of visco-elastic electrodes 
 for soft tissues\, such as the brain [5].\n\nFinally\, cytotoxicity tests 
 confirm biocompatibility of the graphene inks [1]\; in particular\, cation
 ic graphene dispersions produced with our approach show exceptional intrac
 ellular uptake profile as well as stability in the biological medium\, mak
 ing this type of graphene very attractive to use in nanomedicine [6].\n\n[
 1] McManus et al\, Nature Nano\, 12\, 343 (2017)\n\n[2] Worsley et al\, AC
 S Nano\, 2018\, DOI: 10.1021/acsnano.8b06464\n\n[3] Lu et al\, ACS Nano\, 
 ACS Nano\, 13\, 11263 (2019)\n\n[4] Conti et al\, Nature comms\, 11 (1)\, 
 1-9 (2020)\n\n[5] Tringides et al\, Nature Nano\, just accepted\n\n[6] Shi
 n et al\, Nanoscale\, 2020\, DOI: 10.1039/D0NR02689A\n\n \n\n \n\nJoin Zoo
 m Meeting!\n	Meeting ID: 892 8936 5032\n
DTSTART:20211119T160000Z
DTEND:20211119T173000Z
SUMMARY:Water-based and defect free 2D material inks: from printed electron
 ics to biomedical applications
URL:/miam/channels/event/water-based-and-defect-free-2
 d-material-inks-printed-electronics-biomedical-applications-334601
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