<em>NSF Science Now</em> video features 'aging brain' research of Anderson, Simon and Presacco

NSF Science Now video features 'aging brain' research of Anderson, Simon and Presacco

NSF Science Now video features 'aging brain' research of Anderson, Simon and Presacco

Recent work by researchers Samira Anderson (HSS/NACS), Jonathan Z. Simon (ECE/ISR/BIO) and their former student Alessandro Presacco (NACS Ph.D. 2016, currently a postdoctoral researcher at the University of California, Irvine) is featured in a new National Science Foundation video, part of its “NSF Science Now” series.

The segment gives a brief overview of their study, funded in part by NSF, which found that adults aged 61–73 with normal hearing scored significantly worse on speech understanding in noisy environments than adults aged 18–30 with normal hearing. It is the second story in Episode 47, and starts at about the 1:15 mark in the video.

“Evidence of degraded representation of speech in noise, in the aging midbrain and cortex” was published in the Journal of Neurophysiology, part of ongoing research into the so-called cocktail party problem, or the brain’s ability to focus on and process a particular stream of speech in the middle of a noisy environment. This research brings together the fields of hearing and speech science, neuroscience and cognitive science, electrical engineering, biology, and systems science.

You can read more about the research in our October 2016 story here.

The researchers are all associated with the UMD’s Brain and Behavior Initiative.

Related Articles:
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Brain and Behavior Initiative Hosts 3rd Annual Seed Grant Symposium
Stop—hey, what’s that sound?
Maryland researchers awarded $1M DARPA Lagrange program cooperative agreement
Improving speech intelligibility testing with new EEG methods
Ashley Chapin a campus-wide winner of the Three-Minute Thesis Competition
UMD researchers awarded $5.3M NIH BRAIN Initiative grant
UMD auditory cortex research featured in Nature Neuroscience
Radio interview with Jonathan Simon on "the cocktail party problem"
UMD researchers find listening to sound changes how neurons interact within the brain

December 9, 2016


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