Yanming Wang

Yanming_portrait

Research Interests: Nanomaterial synthesis and deformation, Multi-scale modeling

Research Approach: Theory

Email: yanmingwATmitDOTedu

Phone: 650-485-9696

Office: 13-4038

Arthur France-Lanord

afl_square_small

Research Interests: Polymer science, energy storage, nanoscale transport phenomena

Research Approach: Theory

Email: artflATmitDOTedu

Office: 13-4077

David S Bergsman

DSC_9659_cropped

Research Interests: Surfaces and interfaces, atomic/molecular layer deposition, membrane separations, materials for energy storage and conversion

Research Approach: Experiments

Email: bergsmanATmitDOTedu

Office: 13-4042

Cuiying Jian

Photo-Cuiying Jian

Research Interests: Functional materials for applications in energy, multiscale modeling

Research Approach: Theory

Email: cuiyingATmitDOTedu

Office: 13-4038

Anthony Straub

Straub_Nov2017_website

Research Interests: Membrane separations, nanoporous materials, water-energy nexus

Research Approach: Experiments

Email: astraubATmitDOTedu

Office: 13-4078

Stephen Frayne

Portrait_SHF

Research Interests: Organic synthesis, materials design, membrane separations, nanoporous materials

Research Approach: Experiments

Email: sfrayneATmitDOTedu

Office: 13-4069

Brendan Smith

Picture1

Research Interests: Nanoporous materials for applications in water and energy, nanomanufacturing

Research Approach: Experiments

Email: b_smithATmitDOTedu

Phone: (617) 258-0222

Office: 13-4042

Xining Zang

xining

Research Interests: 2D and quasi-2D materials/heterostructures, natural carbonaceous materials, energy harvesting and storage materials, laser manufacturing

Research Approach: Experiments

Email: xzangATmitDOTedu

Office: 13-4069

Thomas Sannicolo

Portrait2

Research Interests: Organic Transparent conductive materials, photovoltaics, nanomaterials for energy applications

Research Approach: Experiments

Email: tsnATmitDOTedu

Office: 13-4077

Beza Getachew

Beza_headshot

Research Interests: Membrane separations, self-healing materials, stimuli-responsive polymers

Research Approach: Experiments

Email: bezawitATmitDOTedu

Office: 13-4078