Mary Florentine
Mary Florentine is a Matthews Distinguished Professor at Northeastern University specialising in psychoacoustics with interests in models of hearing, non-native speech comprehension in background noise, cross-cultural attitudes towards noise, and hearing loss prevention. Her primary collaborator is Søren Buus.
Biography
Career
Florentine completed her undergraduate degree in experimental psychology at Northeastern University in 1973. She continued her graduate study at Northeastern University, earning a master's degree in experimental psychology and auditory perception in 1975. After some time spent studying pre-doctoral electronic engineering at the Technical University of Munich in Germany and at the Audiology and ENT Department at Copenhagen University Hospital in Denmark, she completed her PhD at Northeastern University in 1978. She then went on to work as a post-doctoral research fellow at Massachusetts Institute of Technology in Cambridge, Massachusetts. Since then, she has also worked as a visiting scientist at the National Centre for Scientific Research in Marseille, France; the Osaka University in Toyonaka, Japan; and, on several occasions, at the acoustics laboratory at the Danish Technical University.In 1980 she returned to Northeastern University as the director of the Communication Research Laboratory and in 1986 commenced a long-term collaboration with her husband, Søren Buus, at the Hearing Research Laboratory until he died in 2004. At Northeastern University, Florentine is an effective and popular teacher, securing the Excellence-in-Teaching Award only a few years after starting her faculty position. Her academic work has also appealed to more general audiences and she has been interviewed for TIME, Redbook and National Public Radio’s All Things Considered. Florentine co-edited and wrote a few chapters in the recently published textbook Loudness , which explains some conceptual thinking relating to loudness, issues of loudness study and measurement, hearing and hearing loss models, and physiological effects of loud sounds.