ChBE PhD student tessa.a.eskander@Vanderbilt.Edu

Zephyr specializes in the emerging field of purr-based therapeutics, with a focus on low-frequency acoustic healing delivered directly to the human chest (preferably at 6–8 am). His research explores the relationship between purring intensity, cuddle duration, and stress reduction, with highly reproducible results across multiple sleepy subjects. Outside of his rigorous experimental schedule, Zephyr is committed to quality control of all lab seating surfaces and maintains a strict policy of occupying laptops during peak productivity hours. He brings a calming presence to the lab, along with an unwavering belief that all important work can (and should) be paused for pets.

Yuki is an aspiring rheologist dedicated to advancing the fundamental understanding of cats as complex, non-Newtonian fluids. His work focuses on phase transitions between loaf, liquid sprawl, and sudden high-velocity states, as well as the viscoelastic properties that allow him to perfectly conform to containers well below his apparent volume. His research philosophy is rooted in defiance-driven discovery: any stated boundary immediately becomes an experimental target. Prohibited surfaces, restricted zones, and “please don’t do that” scenarios are rigorously tested for scientific completeness. Through this approach, Yuki has made significant contributions to the field of boundary condition violation and human patience limits. He firmly believes that all matter is deformable under the right conditions—and all rules are merely hypotheses waiting to be disproven.