New UMD Division of Research video highlights work of Simon, Anderson

New UMD Division of Research video highlights work of Simon, Anderson

New UMD Division of Research video highlights work of Simon, Anderson

Top photo: Jonathan Simon; Bottom photo: Samira Anderson.
Top photo: Jonathan Simon; Bottom photo: Samira Anderson.

Professor Jonathan Simon (ECE/Biology/ISR) and Associate Professor Samira Anderson (HESP) are featured in a new video about their work in using magnetoencephalography to understand complex age-related signal processing issues in the brain's auditory cortex. Their research could one day lead to training that would help older people disentangle the speech they want to focus on from background sounds. It is funded by the National Institutes of Health.

A news story in Maryland Today features the video, produced by the University of Maryland Division of Research. The staff writes:

When conversations in crowded rooms turn into an unintelligible jumble, the natural assumption might be “there’s something wrong with my ears”—but the real problem might be in the brain.

As we age, paying attention to and understanding speech can become more challenging. Now, University of Maryland neuroscientists working in the KIT-Maryland Magnetoencephalography Center are pioneering methods to train the brain to better interpret the signals traveling from our ears.

In the newest installment of “Enterprise: University of Maryland Research Stories,” Professor Jonathan Simon and Associate Professor Samira Anderson explain how innovative thinking and advanced technology are combining to make the world a better—and more comprehensible—place.

 You can also watch the “Enterprise: University of Maryland Research Stories” video on YouTube here.

Related Articles:
How does the brain turn heard sounds into comprehensible language?
‘Priming’ helps the brain understand language even with poor-quality speech signals
Stop—hey, what’s that sound?
It’s not your ears, it’s your brain
Two ECE Graduate Students Win 2023 UMD Three Minute Thesis Competition
Autism Research Resonates in Hearing-Focused Project
Discovering a digital biomarker for post-stroke cognitive problems
Do Suddenly Self-Centered Brain Cells Promote Disease?
$7.9 Million in NIH Awards Propel UMD Aging Research
New robust and scalable computational methodology developed by UMD researchers helps identify directed connectivity within the brain

September 26, 2023


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