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Prof. Harry L Tuller
R P Simmons Professor of Ceramics and Electronic Materials
Director, Crystal Physics and Electroceramics Laboratory (CPEL)
Primary DLC
Department of Materials Science and Engineering
MIT Room:
13-3126
(617) 253-6890
tuller@mit.edu
https://dmse.mit.edu/faculty/harry-l-tuller/
Assistant
Maria Giovanni
(617) 253-6819
mariagio@mit.edu
Areas of Interest and Expertise
Materials Development for Sensors (Chemical, Thermal)
Fast Ion Transport and Conduction
Properties and Applications of Solid-State Electrolytes
Advanced Solid Oxide Fuel Cells Including Micro-Fuel Cells
Semiconductor Micromachining and MEMS Device Fabrication
Electrically Active Interfaces in Semiconducting Metal Oxides
Photoelectrolytic Cells
Transparent Conducting Oxides
Electrical and Optical Properties of Electroceramics
Defects and Nonstoichiometry in Compound Semiconductors
Energy Storage
Research Summary
Dr. Tuller's research focuses on defects, transport and electronic structure of metal oxides and their integration into sensors; fuel cells; solar cells, and MEMS devices.
Recent Work
Projects
January 22, 2019
Department of Materials Science and Engineering
Reprogrammable Electro-Chemo-Optical Devices
Principal Investigator
Harry Tuller
May 3, 2018
Department of Materials Science and Engineering
Research on CMOS-Compatible High-K Dielectrics for Magneto-Ionic Memory
Principal Investigator
Harry Tuller
April 5, 2018
Department of Materials Science and Engineering
Electro-Chemo-Mechanical Studies of Perovskite-Structured Mixed Ionic-Electronic Conducting SrSn(1-x)Fe(x)O(3-x)/2+delta
Principal Investigator
Harry Tuller
April 5, 2018
Department of Materials Science and Engineering
Controlling Concentration and Nature of Oxygen Defects in Layered Cuprate-Based Materials by Electrical Bias
Principal Investigator
Harry Tuller
October 16, 2017
Department of Materials Science and Engineering
Electro-optic and Electro-chromic Materials
Principal Investigator
Harry Tuller
October 16, 2017
Department of Materials Science and Engineering
Semiconductors, ionic conductors, and mixed electronic/ionic conductors (MIECs)
Principal Investigator
Harry Tuller
October 16, 2017
Department of Materials Science and Engineering
Hydrogen Energy from Light
Principal Investigator
Harry Tuller
October 16, 2017
Department of Materials Science and Engineering
Examples of Electroceramic Materials and Applications
Principal Investigator
Harry Tuller
October 16, 2017
Department of Materials Science and Engineering
Dielectric Materials
Principal Investigator
Harry Tuller
October 16, 2017
Department of Materials Science and Engineering
InOrganic Solar Concentrators
Principal Investigator
Harry Tuller
December 21, 2016
Department of Materials Science and Engineering
BaSnO3 as a Transparent Mixed Ionic-Electronic Conducting Material - Utilizing Novel In Situ Methods to Advance Understanding of Structure-Processing-Property Relations
Principal Investigator
Harry Tuller
December 17, 2015
Department of Materials Science and Engineering
Utilization of BaSnO3 and Related Materials Systems for Transparent Conducting Electrodes
Principal Investigator
Harry Tuller
October 14, 2010
Department of Materials Science and Engineering
Catalytic Oxygen Storage Materials
Principal Investigator
Harry Tuller
October 14, 2010
Department of Materials Science and Engineering
Chemomechanics of Fuel Cell Related Materials
Principal Investigator
Harry Tuller
October 14, 2010
Department of Materials Science and Engineering
Ionic-Conduction Studies in TlBr Radiation-Detector Material
Principal Investigator
Harry Tuller
April 22, 2010
Department of Materials Science and Engineering
Nanowire- and Microsphere-Templated Gas Sensors
Principal Investigator
Harry Tuller
August 21, 2006
Department of Materials Science and Engineering
Nano-ionics
Principal Investigator
Harry Tuller
January 3, 1998
Department of Materials Science and Engineering
Electroceramics@MIT (Crystal Physics and Electroceramics Laboratory)
Principal Investigator
Harry Tuller
Related Faculty
Jinwoo Kim
Postdoctoral Associate
Di Chen
Postdoctoral Associate
Kai Xiang
Graduate Student