Dahlia Klein
B.A. Candidate, Former Member
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Former Members
Ph.D. Candidate, Former Member
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Former Members
Synthesis of alloy and intermetallic nanoparticles and investigation of their catalytic and magnetic properties for fuel clel, electrochemical catalysis, energy storage, and data storage applications.
Ph.D. Candidate, Former Member
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Former Members
Synthesis and characterization of wide band gap semiconductors for solar-to-fuel photocatalysis applications.
Materials Science and Engineering Ph.D. Candidate, Former Member
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Former Members
Postodoctoral Fellow, Former Member
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Former Members
Self-assembled nanoparticle arrays and their collective property studies.
Materials Science and Engineering Ph.D. Candidate, Former Member
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Former Members
Synthesis, characterization, and investigation of bimetallic nanoparticles for use in fuel reforming catalysis. Characterization involves usage of synchrotron light source (ESRF) for obtaining total scattering data of transition metal, bimetallic alloy, and magnetic nanoparticles.
Post-doctoral Fellow
email: haorany@sas.upenn.edu
Non-toxic and earth-abundant thermoelectric nanomaterials for waste heat recovery; Electrical and thermal transport in nanocrystal thin films.
Post-doctoral Fellow
email: jissy@seas.upenn.edu
Engineering 3D architecture of nano-catalysts based on Ceria particles and understanding the role of metal-metal oxide interface on catalytic activity, with direct applications in three-way catalytic convertors for the efficient reduction of toxic pollutants from automobile exhaust.
Post-doctoral Fellow
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Post-doctoral Fellows
Nanoparticle formation mechanisms extended from classical to non-classical pathway for synthesis engineering. Nanoparticle assemblies self-driven or not for optical,electrical and energy applications. Major use of X-Ray characterization techniques and electron microscopy. Read More
Chemistry Ph.D. Candidate
email: snajmr@sas.upenn.edu |
Morphology and assembly control of rare-earth nanophosphors and the 3D visualization of nanostructures.
Ph.D. Candidate, MSEemail: nkrook@seas.upenn.edu |
Research: Investigating the self assembly of anisotropic particles in block copolymers to create a new class of materials for advanced technological coating applications
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Ph.D. Candidates
email: yaotingw@sas.upenn.edu
Research on optical properties of quantum dots and semiconductors
M.S.E. Master’s Candidate
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Master’s Candidates
email: tianfeng@seas.upenn.edu
Synthesized rare-earth element upconversion nanophosphors via various solvothermal methods. Developed new techniques for coating large (100+ nm) nanophosphors with silica to enhance their optical properties.