Gregory Snider
Professor & Director of Graduate Studies
Ph.D., University of California - Santa Barbara
Research Interests: My research in the last few years has focused on the design, fabrication, and measurements of micro and nanoelectronic devices. In the micro regime, my group works on CMOS circuits to study packaging issues, as well as to interface CMOS to nano devices. On the nano side, my research focuses on single-electron devices including Quantum-dot Cellular Automata (QCA) and single-electron transistors (SETs). QCA is a computational paradigm that offers ultra-low power dissipation and scalability down to molecular dimensions. SETs are the most sensitive electrometers known, and my group is investigating them for use in a variety of sensor applications. The limit for SETs has typically been the low operating temperature required, but resent developments in my group open the way for application in fields such as photo-detection and nanofluidics.
Courses: Electronics II, Electronics II Lab, Electronics II Lab, Research Perspective in EMD, IC Fabrication, IC Fabrication Lab, IC Fabrication Lab, IC Fabrication, IC Fabrication Lab, IC Fabrication Lab, Research Perspective in EMD
I am originally from southern California, and got my Ph.D. at the University of California, Santa Barbara, where my advisor was Evelyn Hu. After finishing my Ph.D. I did a post-doc at Cornell University working for Harold Craighead. I’ve worked in industry twice. The first time was for two years at Motorola following my B.S. degree, and the second was for one year for Galileo Electro-Optics following my post-doc. I came to Notre Dame in 1994, and am currently serving as the Associate Chair for Graduate Studies for the EE Department.
PRINTER FRIENDLY VERSION
Professor & Director of Graduate Studies
Ph.D., University of California - Santa Barbara
Research Interests: My research in the last few years has focused on the design, fabrication, and measurements of micro and nanoelectronic devices. In the micro regime, my group works on CMOS circuits to study packaging issues, as well as to interface CMOS to nano devices. On the nano side, my research focuses on single-electron devices including Quantum-dot Cellular Automata (QCA) and single-electron transistors (SETs). QCA is a computational paradigm that offers ultra-low power dissipation and scalability down to molecular dimensions. SETs are the most sensitive electrometers known, and my group is investigating them for use in a variety of sensor applications. The limit for SETs has typically been the low operating temperature required, but resent developments in my group open the way for application in fields such as photo-detection and nanofluidics.
Courses: Electronics II, Electronics II Lab, Electronics II Lab, Research Perspective in EMD, IC Fabrication, IC Fabrication Lab, IC Fabrication Lab, IC Fabrication, IC Fabrication Lab, IC Fabrication Lab, Research Perspective in EMD
I am originally from southern California, and got my Ph.D. at the University of California, Santa Barbara, where my advisor was Evelyn Hu. After finishing my Ph.D. I did a post-doc at Cornell University working for Harold Craighead. I’ve worked in industry twice. The first time was for two years at Motorola following my B.S. degree, and the second was for one year for Galileo Electro-Optics following my post-doc. I came to Notre Dame in 1994, and am currently serving as the Associate Chair for Graduate Studies for the EE Department.
PRINTER FRIENDLY VERSION
contact info
phone: (574) 631-4148
e-mail: send email
office:275C Fitzpatrick Hall http://www.nd.edu/~gsnider/
http://www.nd.edu/~micro/
IC Fabrication Lab
IC Fabrication Lab
IC Fabrication
IC Fabrication Lab
IC Fabrication Lab
Research Perspective in EMD
Robin Joyce
Yen-Chun Lee
Aaron Prager
phone: (574) 631-4148
e-mail: send email
office:
http://www.nd.edu/~micro/
current courses
IC FabricationIC Fabrication Lab
IC Fabrication Lab
IC Fabrication
IC Fabrication Lab
IC Fabrication Lab
Research Perspective in EMD
graduate students
Hubert GeorgeRobin Joyce
Yen-Chun Lee
Aaron Prager