8–12 Jul 2019
University of Milano-Bicocca UNIMIB
Europe/Rome timezone

I3.302 Creating green nanostructures and nanomaterials for advanced energy nanodevices

10 Jul 2019, 11:10
30m
Aula U6-07, Building U6 (University of Milano-Bicocca UNIMIB)

Aula U6-07, Building U6

University of Milano-Bicocca UNIMIB

Piazza dell’Ateneo Nuovo, 1 20126 Milan (Italy)
LTPD LTPD

Speaker

S. Samukawa (EPS 2019)

Description

See the full abstract here http://ocs.ciemat.es/EPS2019ABS/pdf/I3.302.pdf

Securing safe and cheap energy and using it effectively is a serious problem for modern society. As a solution to this, he is performing research on innovative green nanodevices. We are developing power generating devices, storage devices, low-power-consumption devices, multifunction Nano-devices and nano-energy systems that use these devices. To manufacture these nanodevices, it is necessary to be able to do so precisely without damaging the nanostructures and to derive the intrinsic characteristics of the nanomaterials and nanostructures. For the first time, such devices are made possible through the mastery of our unique intelligent nano-processes such as a super-low-damage neutral beam processes, pulsed plasma processes, and ultimate processing utilizing biotechnology.
In this paper, we focuse on bio-template and neutral beam etching fusion top-down process to realize nanoscale structures. The optical, electrical, spintronics and phononic characteristics have been already demonstrated in nanoscale structures. Our fabricated nanostructure can precisely control the transport of electron, hole, spin and phonon by diameter, hight, gap and interlayer materials of nanostructure respectively. Now, based on these results, we are trying to develop QN solar cells, QN thermo-electric conversion elements, QN Laser/LED, QN spin devices and so on.

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