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Thursday, October 22, 2026

The Gainesville Ledger

UF doctoral student goes viral on TikTok as ‘Ms. Nuclear Energy’

Kaylee Cunningham, a 26-year-old UF doctoral candidate in materials science and engineering, has earned 2.8 million TikTok likes by making nuclear energy topics accessible to a broad online audience. She will be the first in her family to earn a doctorate and the first student to complete an online Ph.D. from UF’s Department of Materials Science and Engineering, finishing this December. Cunningham earned her undergraduate degree in nuclear engineering from UF in 2022, went on to earn a master’s from MIT, and conducted her doctoral research on nuclear fuel materials while working remotely at Los Alamos National Laboratory in New Mexico.

Sources: UF News

Miller, Plavac head to runoff for Alachua County School Board Seat 1

Middle school teacher Hunter Miller and governor-appointed board member Janine Plavac are competing in a runoff election for Seat 1 on the Alachua County School Board after neither candidate surpassed 50% in the August primary. The race opened when Tina Certain left the contest to run for Alachua County Commission, and Plavac’s seat was originally filled by appointment from Governor Ron DeSantis following Kay Abbitt’s December 2024 resignation. Both candidates have discussed school rezoning, teacher pay, stadium funding, and the ongoing superintendent search as central issues in the race.

Read both sides →

Sources: WCJB TV20

UF geologist co-authors study revealing ancient mile-thick ice shelf in Baffin Bay

A University of Florida associate professor of geology helped uncover evidence of a massive floating ice shelf that once spanned Baffin Bay roughly 20,000 years ago, holding back three major ice sheets across Greenland and northern Canada. When the shelf vanished over a span of roughly 500 to 1,000 years, the glaciers it had restrained accelerated into the sea, contributing to hundreds of feet of sea level rise. The findings, published in Nature Geoscience, offer scientists new data to model how today’s Antarctic ice shelves might behave and how quickly their loss could raise modern sea levels.

Sources: UF News

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