Northwestern College professors Ann Bradlow and Erik Luijten have been chosen as 2023 fellows of the American Affiliation for the Development of Science (AAAS), the biggest basic scientific society on the planet.
The 2023 class of AAAS Fellows contains 502 scientists, engineers and innovators spanning 24 scientific disciplines, acknowledged for his or her scientifically and socially distinguished achievements.
AAAS Fellows will probably be honored in Washington, D.C., in September.
“As we have fun the one hundred and fiftieth anniversary of the AAAS Fellows, AAAS is proud to acknowledge the newly elected people,” mentioned Sudip S. Parikh, CEO of AAAS and government writer of the Science household of journals. “This 12 months’s class embodies scientific excellence, fosters belief in science all through the communities they serve, and leads the following era of scientists whereas advancing scientific achievements.”
Ann Bradlow
Ann Bradlow is the Abraham Harris Professor of Linguistics within the Weinberg School of Arts and Sciences. She served as chair of the division of linguistics from 2007 to 2015.
Ann Bradlow
Bradlow’s analysis focuses on the sound construction of language. She is founder and principal investigator of the Speech Communication Analysis Group at Northwestern, an interdisciplinary analysis program in acoustic phonetics and speech notion with a deal with the impression of long-term linguistic expertise on speech manufacturing and notion.
Pioneering work from the Speech Communication Analysis Group has recognized each language-specific and language-general acoustic correlates of variation in speech intelligibility and established a vital function for linguistic data in speech recognition underneath noisy listening situations. Bradlow’s analysis group additionally has made vital contributions in the direction of understanding the cognitive mechanisms underlying perceptual adaptation to foreign-accented speech.
Erik Luijten
Erik Luijten is professor of supplies science and engineering on the McCormick Faculty of Engineering, the place he additionally serves as affiliate dean for analysis and doctoral schooling.
Erik Luijten
Luijten and his analysis group deal with understanding and predicting the properties and habits of a variety of supplies techniques utilizing computational modeling.
His experience issues issues in self-assembly, together with colloidal supplies and nanoparticles for drug supply, self-organization, cost transport in electrolytes, programmable and lively matter, and dielectric supplies.
His AAAS election notes Luijten’s “growth of extremely environment friendly pc simulation algorithms and their software to statistical physics phenomena associated to electrostatically pushed self-assembly.” These algorithms, which have accelerated simulations by a number of orders of magnitude, enable the prediction of but unknown properties of supplies and the design of recent supplies.
