October 22, 2015
The Cognitive Neuroscience Laboratory at the Albert Einstein College of Medicine invites applications for a postdoctoral researcher. The goal of this newly-funded NIH project is to gain a better understanding of how adaptation of visual cortical circuits contributes to perception in young adults, combining EEG/ERP and psychophysical measures. The position is available for an initial period of two years, with the possibility of renewal.
Candidates must have a PhD in cognitive neuroscience, biology, biomedical engineering, experimental psychology, or related field. The ideal candidate will have expertise in human EEG/ERP, visual or auditory perception, psychophysical testing, and programming experience (e.g., Matlab), as well as familiarity with computational and statistical methods for EEG analysis. Writing experience, a publication record, and the ability to work independently will be strongly favorable.
Interested candidates should send their CV, a brief statement of their research interests and career goals, and the names and phone numbers of three references to Elyse S. Sussman (email@example.com). Review of applications will begin immediately and continue until the position is filled.
Elyse S. Sussman, PhD
Jack and Pearl Resnick Campus
1300 Morris Park Ave., KC Rm 210
Bronx, NY 10461
Ph: 718-430-3313 Fax: 718-430-8821
September 30, 2015. The annual Bronx Science Consortium Poster Session was held at the Bronx Zoo and research from the Sussman Lab was presented at the session by Renee Symonds.
The poster session is a wonderful opportunity for scientists in and around the Bronx to share their research with each other and the community. There were a variety of posters there; everything from venomous lionfish to electrophysiology!
Renee had a great time teaching her audience about Auditory Scene Analysis and Cognitive Neuroscience and having the opportunity to meet a lot of inspiring fellow scientists and engaged members of the community!
If you missed it, you can read a recap here: http://bit.ly/1OhLMFH and keep an eye out for next year’s session!
This summer went by fast and the Sussman Lab was happy to spend it with Juin Zhou (Fordham University) and Sally Cole (Bard College) investigating the role of stimulus features in Auditory Scene Analysis. Both students did great work and learned a lot!
Pictured to above: [Top; left to right] Renee Symonds, Juin Zhou, and Sally Cole Celebrated with other Diversity Summer Students at an Appreciation Luncheon, July 29, 2015. [Bottom] Juin Zhou presented her work at the Summer Undergraduate Research Program (SURP) poster session on July 30, 2015. Her visit to the lab was made possible thanks to the Diversity Student Summer Research Opportunity Program, a collaboration between Albert Einstein College of Medicine and Fordham University.
December 17, 2014 – We are happy to celebrate the graduation of one of our lab members, Jonathan Sussman-Fort, now Dr. Sussman-Fort, following the successful defense of his PhD Thesis:
“The effect of stimulus context and attention on auditory scene analysis”
He will be moving on to the wards in 2015 to finish his MD.
Caitlyn (left) and Nadja (right) with their poster
July 31, 2014 – The Sussman Lab was proud to celebrate with our 2014 summer students Nadja Santana and Caitlyn Linehan at the 2014 Summer Undergraduate Research Program and Einstein-Montefiore Summer High School Research Program Poster Session at Albert Einstein College of Medicine (Bronx, NY). They presented and explained their work in the lab to a varied audience of scientists and non-scientists alike. Great job!
A recent blog post written by Dr. Sussman on Auditory Scene Analysis and Sound Processing was featured on Albert Einstein College of Medicine’s blog The Doctor’s Tablet.
Imagine yourself walking on a busy city street. Noises from the environment converge and digress as you walk: a jet flies overhead, a jackhammer makes repeated sound bursts, cars drive by, people are talking as they walk past you.
The sound waves reach your ears in a mixture of all the sources, overlapping and dynamically changing over time. Thus, the ability to listen to your friend talking while walking down a noisy city street requires brain mechanisms that disentangle the sound mixture, separating your friend’s voice from the sounds of the cars and other passing conversations, providing neural representations that maintain the integrity of the individual and distinct sound sources
– See more at: http://blogs.einstein.yu.edu/navigating-lifes-cocktail-party-processing-sounds/#sthash.diEsUaNe.dpuf
Interview with Dr. Sussman on making sense of Auditory scenes December 3, 2009.