Directory

Studying neutrino masses, interactions, and oscillations to better understand the fundamental nature of matter.

Examining how selfish DNA, satellite DNA, and meiotic drive shape genome evolution.

Investigating ultrafast nonlinear optics, pulsed lasers, and interactions between light, sound, and matter.

Exploring the roles of lipid droplets and intracellular transport in cell function and animal development.

Investigating evolutionary innovation, symbiotic relationships, and the genetics and development of Nasonia wasps.

Developing data-driven methods for imaging, signal processing, and machine learning.

Investigating the genetic forces that shape evolution, speciation, and genome change.

The Agrawal Research Group focuses on nonlinear photonics and optical communication, including nonlinear fiber optics, integrated photonics, temporal waveguides, and optical communications.

Advancing imaging science through phase retrieval, wavefront sensing, and computational optics.