This research investigates extreme binary star systems containing white dwarfs using a multi-wavelength astronomical approach. The study discovered new low-level mass transfer systems, provided evidence for theories of white dwarf magnetism, and identified mysterious radio sources as magnetic binary systems. These findings improve understanding of high-energy astrophysical processes and stellar evolution.

This talk explains magnetic refrigeration, a sustainable cooling technology that uses magnetocaloric materials to generate heating and cooling through controlled changes in magnetic and lattice entropy. The research focuses on tuning Curie temperatures—especially via cobalt substitution—and understanding first- vs second-order transitions to design efficient, environmentally friendly refrigeration materials.

The talk describes using AI language models to decipher the hidden “languages” within millions of natural protein sequences. By learning protein vocabulary, syntax, and grammar, researchers can design new molecules that fight cancer, degrade plastics, capture carbon, and expand biology beyond nature’s rules—advancing medicine, sustainability, and molecular engineering.