Hsing-Yi Chou Email and Phone Number

Cooperate with Kloosterman Lab, NERF, imec> Optimization of the first generation 2D flexible polyimide neural implantation probes: reduce microelectrode impedance and new insertion method for chronic implantation.> Design and develop fabrication processes for the most innovative 3D neural probe used for deep brain implantation. > Manufacture silicon/glass wafer with designed neural probe using the photolithography process in cleanroom.Cooperate with Exploratory… Show more Cooperate with Kloosterman Lab, NERF, imec> Optimization of the first generation 2D flexible polyimide neural implantation probes: reduce microelectrode impedance and new insertion method for chronic implantation.> Design and develop fabrication processes for the most innovative 3D neural probe used for deep brain implantation. > Manufacture silicon/glass wafer with designed neural probe using the photolithography process in cleanroom.Cooperate with Exploratory Device Team, imec> Electrical characteristics study on the impact of temperature in Ferroelectric-FET, focused on the low temperature IdVg transfer characteristics. Show less

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> Used internal photoemission spectroscopy to depict the band alignment between III-V and oxides, which provide the frame of reference for future evaluation of other physical effects.> Collected, analyzed and organized large volumes of data and summarized it into general trends in material band alignment. The result also demonstrates the suitability of the IPE technique to characterize interfaces between condensed phases. > Best poster prize in WE-Heraeus-Physics School:… Show more > Used internal photoemission spectroscopy to depict the band alignment between III-V and oxides, which provide the frame of reference for future evaluation of other physical effects.> Collected, analyzed and organized large volumes of data and summarized it into general trends in material band alignment. The result also demonstrates the suitability of the IPE technique to characterize interfaces between condensed phases. > Best poster prize in WE-Heraeus-Physics School: Microelectronics for Society- More than Moore expands More Moore Show less

> Fundamental physic surface science study on the electronic structure of ultra-thin Pb deposits on Si(111) surface.> Familiarity with low temperature scanning tunneling microscope (LT-STM), ultra high vacuum and cryogenic system. > Strong hands-on experience in equipment.

Cooperated with laboratories in transmission electron microscopy (TEM) sample preparation and analysis. Focused on nano-interfaces of wide bandgap semiconductors with novel oxides and their impacts on next generation electronic devices.

Cooperated with laboratories in transmission electron microscopy (TEM) sample preparation and analysis. Focused on nano-interfaces of wide bandgap semiconductors with novel oxides and their impacts on next generation electronic devices.

> Prepare and analysis TEM samples for customers: micro structure, crystalline defect, element ingredient and electron diffraction analysis.> Assist engineer in the optimization on sample preparation.