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Navid Afrasibian, an MSc. candidate at the Department of Applied Mathematics, shares his research on the motion of long-chained molecules with hosts Nick Handfield-Jones and Yousuf Hasan. Navid compares the movement of the long-chained molecules that need to go through super-tiny pores called nanopores with a spaghetti-noodle on plate that needs to somehow move through a small hole at the center of the pate. In his studies and mathematical exploration, he has made observations that would benefit DNA sequencing scientists as well.
Hosts: Yousuf Hasan, Nicholas Handfield-Jones
Producer: Connor Chato
By Maris Schneider, Anthony Cruz, Mark Ambrogio, Scott Walters, Ryan Baxter, Maria Khan, Garth Casbourn, Riya Sidhu, Sarah Bidinosti, Chrishma Perera, Bruno Mesquita, Kirstyn Seanor, Mohammed ZerattiNavid Afrasibian, an MSc. candidate at the Department of Applied Mathematics, shares his research on the motion of long-chained molecules with hosts Nick Handfield-Jones and Yousuf Hasan. Navid compares the movement of the long-chained molecules that need to go through super-tiny pores called nanopores with a spaghetti-noodle on plate that needs to somehow move through a small hole at the center of the pate. In his studies and mathematical exploration, he has made observations that would benefit DNA sequencing scientists as well.
Hosts: Yousuf Hasan, Nicholas Handfield-Jones
Producer: Connor Chato