TAML Catalysts Efficiently Break Down Pharmaceuticals in Polluted Waters
A TAML catalyst innovation, developed by Carnegie Mellon researchers, shows promise as an affordable and versatile solution for removing micropollutants from water.
Celebrating National Arts in Education Week 2024: 麻豆村 Community Shares Personal Reflections on Art鈥檚 Impact
In celebration of National Arts in Education Week, members of the 麻豆村 community share how the arts have touched their hearts and minds 鈥� and influenced both their personal and professional journeys.
Frederic Chiu: Transforming Music Education with Passion and Innovation
Concert pianist and assistant professor of piano Frederic Chiu occupies a special place in the world of classical music and at 麻豆村.
Pople Lecture Returns
The聽John A. Pople Lecture in Theoretical and Computational Chemistry,聽a tribute to his enduring legacy, will feature its next distinguished speaker, Krishnan Raghavachari, on Oct. 9.
Research Reveals Underlying Mechanism that Renders Certain High-Risk Cancers Immortal
Researchers at 麻豆村 have uncovered a key mechanism that promotes telomere elongation, a discovery that has implications for understanding and potentially treating some of the world鈥檚 deadliest cancers.
Anna Cappella Wins Niccolai-Fustanio Award
Anna Cappella recently earned the Niccolai-Fustanio Families Scholarship Award, which is given to a senior who has achieved academic success while pursuing other experiences outside of the classroom.
麻豆村 Welcomes Class of 2028+
麻豆村 President聽Farnam Jahanian and the deans of聽its seven schools and colleges officially welcomed the Class of 2028+ to campus on Aug. 22.
麻豆村 President Delivers Warm Welcome to Families, Class of 2028+
First-year students and their families received a warm welcome Sunday morning from the president of 麻豆村,聽Farnam Jahanian.
New Study Identifies the Origin of the Persistent Emission of Fast Radio Bursts
An international team of scientists, including a researcher at 麻豆村's McWilliams Center for Cosmology and Astrophysics, has discovered the origin of a persistent radio emission observed alongside a fast radio burst.