Because of the interdisciplinary nature of the field of materials processing, faculty and research staff affiliated with the Center come from a range of fields beyond traditional "materials science." Specialists in chemical, electrical, mechanical, aeronautical and astronautical, civil and environmental, and nuclear engineering, as well as chemistry, biology, physics, and management, all make significant contributions. The faculty include:

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Rohan Abeyaratne: non-equilibrium behavior, materials modeling, stress-induced phase transformations
A.I. Akinwande: displays, wide-bandgap semiconductors
Samuel Allen: shape-memory materials, 3D Printing, actuation
Lalit Anand: deformation processing, mechanics of materials
D.A. Antoniadis: integrated circuits, solid-state devices, nanotechnology
Ali Argon: polymer mechanics, ceramic mechanics, composites
Robert Armstrong: polymers, materials processing modeling
Raymond Ashoori: quantum Hall materials, 2D electron systems, quantum dots
Marc Baldo: organic optoelectronics
Ronald Ballinger: corrosion, refractories
George Barbastathis: tunable optics, volume holograms, microphotonics
Moungi Bawendi: quantum dots, microphotonics
Angela Belcher: biomaterials, organic-inorganic interfaces
George Benedek: biomaterials, protein aggregation
Daniel Blankschtein: colloids/interfaces, biomaterials, drug delivery
Duane Boning: semiconductors
Mary Boyce: polymer mechanics, polymer modeling
Vladimir Bulovic: organic optoelectronics, quantum dots, microphotonics
Oral Buyukozturk: composites, structural materials
W. Craig Carter: modeling, microstructures
Gerbrand Ceder: modeling, energy storage, phase stability, ionics
Carlos Cesnik: actuators
Sylvia Ceyer: surface interactions
Sow-Hsin Chen: colloids/interfaces, cement, materials modeling
Yet-Ming Chiang: energy storage, actuators, nanotubes, biomaterials
Jung-Hoon Chun: materials processing modeling
Michael Cima: micron-scale assembly, drug delivery, 3D Printing, superconductors
Joel Clark: materials processing modeling
Robert Cohen: polymer mechanics, nanotechnology, biomaterials
David Cory: quantum computing, solid state NMR
Martin Culpepper: multiscale assembly, microphotonics
Jesus delAlamo: semiconductors
Patrick Doyle: biomaterials, polymers
Mildred Dresselhaus: photonic crystals, nanowires, nanotubes, energy storage
Thomas Eagar: materials processing modeling, joints, composites
Yoel Fink: photonic crystals, pbg fibers, biomaterials, microphotonics
Eugene Fitzgerald: compound semiconductors, heteroepitaxy, microphotonics
Clifton Fonstad: compound semiconductors, heterostructure devices, energy conversion
Anthony Garratt-Reed: microscopy, phase transformations
Lorna Gibson: metal foams, biomaterial mechanics
Karen Gleason: polymer mechanics, electronics packaging, coatings, microphotonics
Thomas Greytak: ultracold atomic hydrogen
Linda Griffith: biomaterials
Alan Grodzinsky: biomaterials
Timothy Gutowski: materials processing modeling
Nicolas Hadjiconstantinou: materials processing modeling
Kimberly Hamad-Schifferli: biomaterials, nanotechnology
Paula Hammond: polyelectrolyte multilayers, liquid crystals, biomaterials, microphotonics
T. Alan Hatton: colloids/interfaces, separations
Linn Hobbs: biomaterials, corrosion, radiation damage to materials
Dorothy Hosler: archeological materials
Judy Hoyt: silicon technology, epitaxial growth, heteroepitaxy
Qing Hu: terahertz devices
Ian Hunter:
Eric Hudson: superconductors, microscopy
Erich Ippen: bragg reflectors, ultrafast lasers, microphotonics, photonic crystals
Darrell Irvine: biomaterials
Klavs Jensen: microchemical systems, quantum dots, biomaterials
John Joannopoulos: photonic crystals, materials modeling, microphotonics
Franz Kaertner: lasers, microphotonics
Mehran Kardar: non-equilibrium behavior, glasses, biomaterials
Marc Kastner: mott insulators, single-electron transistor
Sang-Gook Kim: photonic beam steering, tunable optics, microphotonics
Lionel Kimerling: photonic crystals, microphotonics, semiconductors, semiconductor processing
Randolph Kirchain: materials processing modeling, microphotonics
Alexander Klibanov: biocidal materials, enzymes in organic solvents
Leslie Kolodziejski: compound semiconductors, heterostructure devices, photonic crystals, microphotonics
Paul Lagace: composites
Robert Langer: biomaterials, drug delivery
Ronald Latanison: corrosion
Heather Lechtman: archeological materials
Patrick Lee: superconductors
Young S. Lee: single-crystal materials, superconductors
Steven Leeb: polymer gel, actuators, sensors
Leonid Levitov: quantum dots
Nicola Marzari: modeling, nanotechnology
Anne Mayes: polymer synthesis, energy storage, biomaterials
Leonid Mirny: biomaterials
Jagadeesh Moodera: magnetic materials, thin films
Keith Nelson: thin films, polaritons, spectroscopy, microphotonics
Daniel Nocera: magnetic materials
Robert O'Handley: magnetic materials, shape-memory materials, actuation
Terry Orlando: quantum computing
Christine Ortiz: biomaterials
David Parks: polymer mechanics, composites, deformation & fracture
David Paul: magnetic materials
Adam C. Powell IV: materials modeling, microphotonics
Rajeev Ram: lasers, device cooling, microphotonics
Rafael Reif: IC fabrication, semiconductors
Robert Rose: superconductors, biomaterials
Caroline Ross: magnetic materials, data storage, optical materials, nanotechnology
David Roylance: polymers, composites
Michael Rubner: polymers, layer-by-layer assembly
Gregory Rutledge: polymer mechanics, modeling
Donald Sadoway: electrochemical processing, energy storage
Herb Sawin: plasmas
Mark Schattenburg: nanotechnology, nanolithography
Martin Schmidt: MEMS, microfabrication
Richard Schrock: polymer synthesis
Christopher Schuh: microstructural design
Steven Senturia: MEMS, microfabrication
Robert Silbey: modeling, conjugated polymers
Anthony Sinskey: biopolymers, biomaterials
Henry Smith: nanolithography, nanotechnology, photonic crystals, microphotonics
Mark Spearing: composites, microsystems packaging, adhesive joints
Francesco Stellacci: nanotechnology, sensors
Subra Suresh: modeling, nanotechnology, materials mechanics
Timothy Swager: conjugated polymers, sensors, microphotonics
Edwin Thomas: biomaterials, photonic crystals, polymer synthesis, microphotonics
Carl Thompson: thin films, sensors, epitaxy, IC interconnects
Senthil Todadri: superconductors, quantum magnets, strongly correlated electrons
Harry Tuller: sensors, ionics, micromachining, microphotonics
Franz-Josef Ulm: biomechanics modeling, composites
John VanderSande: metallurgy, superconductors
Alexander vanOudenaarden: biomaterials, noise, biophysics
Kazumi Wada: semiconductors, microphotonics, microphotonics
Xio-Gang Wen: quantum order, superconductors
James Williams, Jr.: composites, fracture
Shi-Chang Wooh: composites, materials mechanics
Bernhardt Wuensch: ionics
Ioannis Yannas: biomaterials, polymers
Jackie Ying: catalysts, biomaterials, drug delivery, nanotechnology
Sidney Yip: materials modeling
Marcus Zahn: sensors, magnetic materials , high voltage
Shuguang Zhang: self-assembly, nanotechnology, biomaterials