Visiting
Scientists
Mariya
Khiterer
khiterer[at]mit.edu
Li-Air
Battery Components via Layer-by-Layer Assembly
Keigo Suzuki
ksuzuki[at]mit.edu
Postdoctoral Researchers
Ben
Almquist
almquist[at]mit.edu
Development
of Dynamic Materials for Chronic Wound Healing
Brian
S Aitken
baitken[at]mit.edu
Mechanomutable Polymers
Julio
D'Arcy
jmdarcy[at]mit.edu
Functional
Nanoarchitectures of Organic and Inorganic
Electronics
Jason Deng
jdeng[at]mit.edu
Layer-by-Layer
Nanoparticle Delivery for Tumor Therapies
Erik C. Dreaden
edreaden[at]mit.edu
Layer-by-Layer
(LbL) nanoparticles for synergistic RNA
interference (RNAi) and cancer chemotherapy
Nasim Hyder
nasim[at]mit.edu
Carbon-Based
Nanomaterials For Environmental Applications
Sung Yeol Kim
sykim78[at]mit.edu
Layer-by-Layer
Assembly of Nanomaterials for Energy Storage
Applications
Sun Hwa Lee
sunhlee[at]mit.edu
Design
and development of layer-by-layer membranes for
energy storage devices
Wei Li
weil[at]mit.edu
Engineering
Microenvironments for 3D Culture of Pancreatic
Beta Cells
Myoung-Hwan Park
mhpark[at]mit.edu
Controlled
release of therapeutics using multilayered
microparticles in wound healing applications
Mohi Quadir
maquadir[at]mit.edu
Li near-Dendritic Block Copolymers
Young Hoon Roh
yr36[at]mit.edu
RNAi
Microsponge s
Jackie
Shepard
shepard1[at]mit.edu
Development of Hydrogel
Scaffolds for Improved Drug Testing
Kevin Shopsowitz
kshops[at]mit.edu
Self-assembled
biomaterials,
RNAi delivery for cancer therapy
Graduate
Students
Chibueze
Amanchukwu
chibueze[at]mit.edu
Developing a Solid-State
Electrolyte for Lithium-Air Batteries
Steven Castleberry
scastle[at]mit.edu
Polyelectrolyte
Multilayer Drug Delivery: Wound Healing
Applications
Po-Yen Chen
pychen[at]mit.edu
Layer
by Layer (LbL) Solid-State Electrolyte for
Dye-Sensitized Solar Cells (DSSCs)
Caroline
Chopko
cchopko[at]mit.edu
Developing
a Multiplexed Protease Sensor
Samantha
Collins
scollins[at]mit.edu
Biologically
Driven Self Assembly of Nanoscale Materials for 3D
Networks
Santiago
Correa Echevarria
sancor[at]mit.edu
Layer-by-Layer
Nanoparticle Combination Therapies Targeted to
Ovarian Tumors
Nicole Davis
davisnr[at]mit.edu
Layer-by-layer
Assembled Membranes for Solar-powered Water
Electrolysis Applications
Peter
DeMuth
pcdemuth[at]mit.edu
Materials
Development for Transdermal Vaccination
Noémie-Manuelle
Dorval Courchesne
ndorvalc[at]mit.edu
Assembly
of Biologically-Derived Nanostructures for
Photovoltaic Applications
Jonathon
Harding
jrhardin[at]mit.edu
OER
Mechanism Development and Optimization of the Air
Electrode for Lithium-Air Batteries
Bryan Hsu
bbhsu[at]mit.edu
Controlled
Release of Therapeutics from LbL-Films in Wound
Healing Applications
Kevin
Huang
kjhuang[at]mit.edu
Phage-based
Nanowire-Polymer Composites for Hybrid
Photovoltaics
Jason Kovacs
jkovacs[at]mit.edu
Development of
Novel Desalination Membranes
David Liu
davidliu[at]mit.edu
Exploring Composite
Layer-by-layer Membranes for Fuel Cell
Applications
Anasuya Mandal
anasuya[at]mit.edu
Transdermal
delivery/cell sampling LbL Microneedle
Mackenzie
Martin
martinmm[at]mit.edu
Developing Designer Hydrogels
Using Click Chemistry
Jouha Min
jmin484[at]mit.edu
Engineering
an LbL Film for The Extended Release of
Antibiotics and Modeling Drug Release Behavior
Shannon Morey
smmorey[at]mit.edu
New Biomimetic
Materials
Stephen Morton
swmorton[at]mit.edu
LbL Nanoparticles For Targeted
Drug Delivery
Jae Hyon Park
jhp95[at]mit.edu
RNAi Microsponges
Sam Raredon
msbr[at]mit.edu
3-D Tissue
Scaffolds with Advanced Physiologic Architecture
Kittipong Saetia
ksaetia[at]mit.edu
Reactive
Multilayer Thin Films for Protection Against
Acutely Toxic Agents
Nisarg Shah
nisarg[at]mit.edu
Developing
Polyelectrolyte Multilayer films for releasing
multiple therapeutic agents
Marianna Sofman
msofman[at]mit.edu
Development of 3D
microvascular environments for cell systems using
synthetic biomaterials