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SUMMARY:2D-materials for (opto)electronics and energy applications
DTSTART:20190329T100000
DTEND:20190329T113000
DTSTAMP:20260511T204805Z
UID:6e85dab05d7a962e48f3a42b08554f9fce4f80af4cf857c325c9ec34
CATEGORIES:Conferences - Seminars
DESCRIPTION:Dr. Francesco Bonaccorso\nIstituto Italiano di Tecnologia\nGra
 phene Labs\nGenova\, Italy\n2D crystals are emerging as promising material
 s1-5 to improve the performance of existing devices or enable new ones.1-5
  A key requirement for the implementation of 2D materials in applications 
 as flexible (opto)electronics and energy is the development of industrial-
 scale\, reliable\, inexpensive production processes\,2 while providing a b
 alance between ease of fabrication and final product quality.\nIn this tal
 k I will show how the production of 2D materials by solution processing2\,
 6 represents a simple and cost-effective pathway towards the development o
 f 2D materials-based (opto)electronic and energy devices\, presenting huge
  integration flexibility compared to other production methods. Here\, I wi
 ll first present our strategy to produce 2D materials on large scale by we
 t-jet milling7 of their bulk counterpart and then provide an overview of t
 heir applications for flexible and printed (opto)electronic and energy dev
 ices.3\,8\,9\,10\,11\,12\,13\,14\n 
LOCATION:I17 4 K2 https://plan.epfl.ch/?room==I17%204%20K2
STATUS:CONFIRMED
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