October 2022

FSU-Winthrop-King Institute Presents 'Global Africas' Symposium on History and Culture of Senegal

Florida State University’s Winthrop-King Institute for Contemporary French and Francophone Studies will welcome French and Senegalese distinguished scholars and well-known artists for a two-day symposium examining the legacies and culture of Senegal.

Faculty Spotlight: Anel Brandl

Teaching faculty member Anel Brandl is an instructor of Spanish and Linguistics at Florida State University’s College of Arts and Sciences and is the assistant director of the Spanish Basic Language Program, a part of the Department of Modern Languages and Linguistics. She is the core developer of FSU’s Spanish heritage track, the new courses for heritage speakers and learners, and the Spanish for Specific Purposes courses. Brandl is also a founding member of the Spanish Heritage Language Direction Network and has a deep interest in Spanish heritage bilingualism. Her recent work focuses on heritage language maintenance via instruction, and language acquisition and processing in Spanish heritage speakers.

FAMU-FSU Engineering, FSU Statistics researchers use artificial intelligence to analyze human work performance

Researchers from the FAMU-FSU College of Engineering and the Florida State University Department of Statistics are teaming up in a National Science Foundation-funded study that could help people perform better in manufacturing and other industries that rely on humans.

Biochemistry alumna earns postdoctoral fellowship to alleviate vitamin A deficiencies through orange corn

A Florida State University alumna is investigating how to prevent vitamin A deficiencies via a National Science Foundation entrepreneurial research fellowship, which enables her to explore how to make staple food crops, like corn, higher in their concentrations of crucial nutrients, including vitamin A.

Taking pictures on a molecular level: FSU biologists receive $5M NIH grant to build cryo-electron microscopy center

While technologies like X-rays allow us to create pictures of the inside of the human body, imaging on a molecular level is much more complicated. Cryogenic electron microscopy, or cryo-EM, allows scientists to reconstruct protein complexes, like viruses and antibodies, in three dimensions at nearly atomic-level resolutions.