Seed Groups at PCCM 2006-2008

Back to Current Seed Groups

Seed: Materials at the Quantum Limit

Phuan Ong (Physics)
Bob Cava (Chemistry)

Seed: ARPES and STM of Exotic Surface States on Topological Insulators

Zahid Hasan (Physics)
Bob Cava (Chemistry)
Ali Yazdani (Physics)

Seed: Organic-Organic Interfaces in Photovoltaic Cells

Lynn Loo (Chemical Engineering)
Stefan Bernhard (Chemistry)
Antoine Kahn (Electrical Engineering)

Seed: Novel Adhesion Layers to Bond Photoreactive Metallic Complexes to Organic Polymers

Stefan Bernhard (Chemistry)
Jeff Schwartz (Chemistry)

Seed: Block Copolymer Self- Assembled Nanoparticle Building Blocks for Surface Patterning

Bob Prud’homme (Chemical Engineering)
Thanos Panagiotopoulos (Chemical Engineering)
Doug Adamson (PRISM)

Seed: Directed Assembly of Electrically-Active Organic Materials

Lynn Loo (Chemical Engineering)
Steve Chou (Electrical Engineering)

Seed: Developing Hole-Based Nanostructures in GaAs

Mansour Shayegan (Electrical Engineering)
Jason Petta (Physics)
Bill Brinkman (Physics)

Seed: Development of Spin-Polarized Scanning Tunneling Microscopy for Single Spin Measurements

Ali Yazdani (Physics)
Jason Petta (Physics)

Seed: Development of a Quantum-Mechanics-Based Multiscale Simulation Tool for Studying Nanoindentation of Materials

Emily Carter (Mechanical and Aerospace Engineering)
Weinan E (Mathematics)
Gang Lu (Cal State - Northridge)

Seed: Self-Assembly of Soft Materials: A Multiscale Computational Approach

Mikko Haataja (Mechanical and Aerospace Engineering)
Thanos Panagiotopoulos (Chemical Engineering)

Seed: Spin Cluster Qubits

Steve Lyon (Electrical Engineering)
Ravin Bhatt (Electrical Engineering)
Alexei Tyryshkin (Electrical Engineering / Chemistry)

Seed: Novel Scaffolds for Soft Tissue Growth

Jean Schwarzbauer (Molecular Biology)
Jeff Schwartz (Chemistry)

Seed: Nanowires:  Building Blocks for Studies of Complex Oxides and Semiconductors at the Nanometer Scale

Jason Petta (Physics)
Mansour Shayegan (Electrical Engineering)

Seed: Novel Materials and Microstructures for Improving Efficiency in Organic Photovoltaic Devices

Craig Arnold (Mechanical and Aerospace Engineering)
Stefan Bernhard (Chemistry)