University of Notre Dame
Gary Bernstein
Frank M. Freimann Professor, Electrical Engineering
Website
MIND project: Designs and prototypes of nanomagnet logic circuits with reduced energy, latency, and area
Project publications
MIND project: Design and fabrication of energy efficient clocks for nanomagnet logic
Project publications
György Csaba
(Formerly Notre Dame; now at Pázmány Péter Catholic University)
MIND project: Applications and architectures for nanomagnet logic
Project publications
MIND project: Designs and prototypes of nanomagnet logic circuits with reduced energy, latency, and area
Project publications
Patrick Fay
Professor, Electrical Engineering
Website
MIND project: Heterojunction p-n tunnel field-effect transistors
Project publications
X. Sharon Hu
Professor, Computer Science and Engineering
Website
MIND project: Applications and architectures for nanomagnet logic
Project publications
MIND project: Designs and prototypes of nanomagnet logic circuits with reduced energy, latency, and area
Project publications
MIND project: Design and fabrication of energy efficient clocks for nanomagnet logic
Project publications
MIND project: Architectures and benchmarking of tunnel field-effect transistor and nanomagnet logic technologies
Project publications
Debdeep Jena
(Formerly Notre Dame; now at Cornell University)
MIND project: Graphene nanoribbon tunnel field-effect transistors
Project publications
Peter Kogge
Ted H. McCourtney Professor, Computer Science and Engineering; Concurrent Professor, Electrical Engineering
Website
MIND project: Applications and architectures for nanomagnet logic
Project publications
MIND project: Architectures and benchmarking of tunnel field-effect transistor and nanomagnet logic technologies
Project publications
Tom Kosel
Associate Professor, Electrical Engineering (Emeritus)
MIND project: Heterojunction p-n tunnel field-effect transistors
Project publications
Joe Nahas
Adjunct Professor, Computer Science and Engineering
MIND project: Designs and prototypes of nanomagnet logic circuits with reduced energy, latency, and area
Project publications
MIND project: Design and fabrication of energy efficient clocks for nanomagnet logic
Project publications
MIND project: Architectures and benchmarking of tunnel field-effect transistor and nanomagnet logic technologies
Project publications
Michael Niemier
Professor, Computer Science and Engineering
Website
MIND project: Applications and architectures for nanomagnet logic
Project publications
MIND project: Designs and prototypes of nanomagnet logic circuits with reduced energy, latency, and area
Project publications
MIND project: Design and fabrication of energy efficient clocks for nanomagnet logic
Project publications
MIND project: Architectures and benchmarking of tunnel field-effect transistor and nanomagnet logic technologies
Project publications
Wolfgang Porod
Frank M. Freimann Professor, Electrical Engineering
Website
MIND project: Applications and architectures for nanomagnet logic
Project publications
MIND project: Designs and prototypes of nanomagnet logic circuits with reduced energy, latency, and area
Project publications
MIND project: Design and fabrication of energy efficient clocks for nanomagnet logic
Project publications
MIND project: Architectures and benchmarking of tunnel field-effect transistor and nanomagnet logic technologies
Project publications
Alan Seabaugh
Professor, Electrical Engineering
Director, Midwest Institute for Nanoelectronics Discovery (MIND)
Website
MIND project: Heterojunction p-n tunnel field-effect transistors
Project publications
MIND project: Architectures and benchmarking of tunnel field-effect transistor and nanomagnet logic technologies
Project publications
Mark Wistey
(Formerly Notre Dame; now at Texas State University)
MIND project: Heterojunction p-n tunnel field-effect transistors
Project publications
H. Grace Xing
(Formerly Notre Dame; now at Cornell University)
MIND project: Heterojunction p-n tunnel field-effect transistors
Project publications
MIND project: Graphene nanoribbon tunnel field-effect transistors
Project publications
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Penn State University
Suman Datta
(Formerly Penn State; now at Notre Dame)
MIND project: Heterojunction p-i-n tunnel transistor logic and architectures
Project publications
MIND project: Nanofabrication platform for one-dimensional nanowire tunnel transistors
Project publications
Theresa Mayer
(Formerly Penn State; now at Purdue University)
MIND project: Nanofabrication platform for one-dimensional nanowire tunnel transistors
Project publications
MIND project: Heterojunction p-i-n tunnel transistor logic and architectures
Project publications
Vijaykrishnan Narayanan
Professor, Computer Science and Engineering
Website
MIND project: Heterojunction p-i-n tunnel transistor logic and architectures
Project publications
Purdue University
Gerhard Klimeck
Professor, Electrical and Computer Engineering
Website
MIND project: Modeling and analysis of tunnel transistors with NEMO/OMEN
Project publications
University of Texas-Dallas
Jiyoung Kim
Associate Professor, Electrical Engineering
Website
MIND project: Characterization of tunnel field-effect transistor interfaces
Project publications
Robert Wallace
Louis A. Beecherl, Jr. Distinguished Professor, Materials Science and Engineering
Professor,
Electrical Engineering, Physics
Website
MIND project: Characterization of tunnel field-effect transistor interfaces
Project publications
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