Research

Projects

• Ultra-Broadband Quantum Memory: Storage and retrieval of 100 fs pulses for quantum computation and quantum communication applications.

• Fiber Entangled Photon Source: Generation of entangled photon pairs in birefringent optical fiber.

• Atomic Vapor Spectroscopy: Using four-wave mixing we study the ultrafast dephasing dynamics of two-photon transitions in a dense atomic vapor.

• Spin-Wave Dynamics: Using the magneto-optic Kerr effect, we study the dynamics of spin wave propagation in magnetic materials.

• Two-Color Spontaneous Four-Wave Mixing in Fiber: We study the creation of photon pairs using spontaneous four-wave mixing with a two-color pump.

• Time-resolved X-ray diffraction

• Time-domain Terahertz spectroscopy

• Optical pump-probe spectroscopy

• Electron Transfer Reactions at interfaces

• Charge Carrier Dynamics in nanomaterials

• Ultrafast dynamics in Quantum Dots

• Energy Transfer in photovoltaics

• Light-matter interactions in Ultra-strong fields