Energy Efficiency
Nanoscale science enables the development of new materials and devices to improve energy efficiency, production, and storage.
Affiliated Faculty
Kaustav Banerjee
Electrical & Computer Engineering
Guillermo Bazan
Chemistry & Biochemistry, Materials
Glenn Beltz
Mechanical Engineering
Daniel Blumenthal
Electrical & Computer Engineering
John Bowers
Electrical & Computer Engineering, Materials
Steven Buratto
Chemistry & Biochemistry
Michael Chabinyc
Materials
Bradley Chmelka
Chemical Engineering
Phillip Christopher
Chemical Engineering
Raphaële Clément
Materials
Larry Coldren
Electrical & Computer Engineering
Steven DenBaars
Materials
Glenn Fredrickson
Chemical Engineering, Materials
Michael Gordon
Chemical Engineering
Arthur Gossard
Materials
Craig Hawker
Chemistry & Biochemistry, Materials Research Lab
Elliot Hawkes
Mechanical Engineering
Alan Heeger
Materials, Physics
Jonathan Klamkin
Electrical & Computer Engineering
Herbert Kroemer
Electrical & Computer Engineering, Materials
Gary Leal
Chemical Engineering
Bolin Liao
Mechanical Engineering
Eric McFarland
Chemical Engineering
Gabriel Ménard
Chemistry & Biochemistry
Horia Metiu
Chemistry & Biochemistry
Igor Mezic
Mechanical Engineering
Umesh Mishra
Electrical & Computer Engineering
Daniel Morse
Molecular, Cellular & Developmental Biology
Kunal Mukherjee
Materials
Shuji Nakamura
Materials
Thuc-Quyen Nguyen
Chemistry & Biochemistry
Christopher Palmstrom
Electrical & Computer Engineering
Javier Read de Alaniz
Chemistry & Biochemistry
Jon Schuller
Electrical & Computer Engineering
Rachel Segalman
Chemical Engineering, Materials
Lior Sepunaru
Chemistry & Biochemistry
Ram Seshadri
Chemistry & Biochemistry, Materials, Materials Research Lab
James Speck
Materials
Todd Squires
Chemical Engineering
Susanne Stemmer
Materials
Chris Van de Walle
Materials
Anton Van der Ven
Materials
Fred Wudl
Chemistry & Biochemistry
Robert York
Electrical & Computer Engineering
Andrea Young
Physics
Yangying Zhu
Mechanical Engineering