Investigators

Leading the MIND research are 19 principal investigators at four universities: University of Notre Dame, Penn State University, Purdue University, and University of Texas at Dallas.

MIND team photos, January 2012

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

 

 


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