Russian Concert
The Russian Singing Concert will showcase the talents of students Luke Brown, Joseph Ison, Laura King, Lukas Spohn, Aphelion Delong-Grant, Sara Smith, Caroline Goodell, Nate Barker and Anabel Canedo. The group will be accompanied by pianist Juelin Zhao, a graduate student from UK School of Music.
The program will be presented at 6 p.m. Monday, Dec. 8, in the Niles Gallery of the Lucille C. Little Fine Arts Library. This event is free and open to the public.
The event will benefit both the students and audience. The Russian Singing Concert is an opportunity to hear the rich culture of Russian music and offer an appreciation for the students’ hard work over the course of the semester. The concert aims to unite the audience through the poetry of music and the music of poetry.
Lexington: Resilience in the Redline Screening

Arts and Sciences professor helps to build course in AI skills
By Allie Barnes
LEXINGTON, Ky. (Nov. 18, 2025) — University of Kentucky students are invited to learn how to thrive in an artificial intelligence-driven world through a new online course.
Arts and Sciences students receive 2025 Oswald Research and Creativity awards
LEXINGTON, Ky. (Nov. 19, 2025) — The University of Kentucky Office of Undergraduate Research recently announced the 21 undergraduate winners of the 61st annual Oswald Research and Creativity Awards. Chad Risko, Ph.D., faculty director of the Office of Undergraduate Research, and research ambassadors presented the awards.
Physics & Astronomy Colloquium
Physics & Astronomy Colloquium
Title: The Left Hand of the Electron in a Chiral Vacuum
Abstract: In 1957, parity violation by the weak force was demonstrated in experiments led by Chien-Shiung Wu on the asymmetry of electron currents emitted in the beta decay of polarized 60Co. The asymmetry reflects two broken symmetries that mirror reflection and time-reversal.
The same year, Bardeen, Cooper and Schrieffer published their microscopic theory of superconductivity, and soon thereafter Anderson and Morel proposed that the ground-state of liquid 3He was possibly a BCS condensate of chiral p-wave Cooper pairs, exhibiting spontaneously broken mirror reflection and time-reversal symmetries.
Indeed, the high-pressure phase of superfluid 3He, discovered in 1972, is the realization of the Anderson-Morel state.Definitive proof that 3He-A spontaneously breaks mirror and time-reversal symmetry, however, came 41 years later with the observation an anomalous Hall effect for electrons moving in 3He-A. I discuss the prediction, discovery and origin of the anomalous Hall current of electrons moving in a chiral vacuum.



