SEYDANUR REISLI
COGNITIVE COMPUTATIONAL NEUROSCIENTIST
New York, USA seydareisli@gmail.com
I'm an interdisciplinary scientist who dedicated my career to the intersection of neuroscience, artificial intelligence, and psychiatry.
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Albert Einstein College of Medicine, Bronx, NY
2018 - PresentAlbert Einstein College of Medicine, Bronx, NY
2016 - 2018Georgia State University, Atlanta, GA
2014 - 2016Bogazici University, Istanbul, Turkey
2009 - 2014Albert Einstein College of Medicine, Bronx, NY
2017 – PresentGeorgia State University, Atlanta, GA
2014 – 2016University of California Riverside, Riverside, CA
Summer 2012Bilkent University Cyberpark, Ankara, Turkey
Winter 2012
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Neuroscience Design Autism Teamwork Predictive Processing Machine Learning Neurodiversity Entrepreneurship Innovation Podcasts Outreach Data Science Ethics
Tikir, S.
How sure are you? Electrophysiological evidence for all-or-none evaluation of prediction certainty in autism.
Tikir, S, Crosse, M.J., Molholm, S.
Black-and-White Style Predictions in Autism: Findings from Electroencephalography (EEG)
Tikir, S, Crosse, M.J., Molholm, S.
How Sure Are You?: Probing the Certainty of Predictions in Autism Using P300 and CNV.
Tikir, S., Crosse, M.J., Festa, D., Vacher, J., Coen-Cagli, R., Molholm, S.
The Certainty of Predictions in Autism: Findings from EEG, Reaction Time, and Machine Learning Classification.
Tikir, S., Crosse, M.J., Festa, D., Bates, B., Coen-Cagli, R., Molholm, S.
Flexibility and Predictions in Autism: Findings from EEG, pupillometry, behavior, and computational modeling.
Tikir, S, Crosse, M.J., Festa, D., Vacher, J., Coen-Cagli, R., Molholm, S.
Flexibility and Predictions in Autism: Findings from EEG, behavior, and machine learning classification.
Cotter, M.C.M., Tikir, S., Molholm, S.
A Developmental Analysis of Auditory Processing and Symptom Severity in Children with Autism Spectrum Disorder.
Tikir, S.
Probing Flexibility of the Predictive Brain Using Computation-Intensive Approaches and EEG.
Tikir, S, Crosse, M.J., Molholm, S.
Predictive processing in changing environments in autism: Electrophysiological, pupillometric and behavioral assays.
Tikir, S.
Predictive processing in changing environments in autism: Electrophysiological, pupillometric and behavioral assays.
Tikir, S, Crosse, M.J., Molholm, S.
Predictive processing in changing environments in autism: Electrophysiological, pupillometric and behavioral assays.
Tikir, S., Crosse, M.J., Molholm, S.
How do individuals with autism update their predictions in changing environments?
Tikir, S., M.J., Molholm, S.
Predictive processing in changing environments in autism: Electrophysiological, pupillometric and behavioral assays.
Tikir, S.
A comparative analysis of nicotinic acetylcholine receptor subunits and cholinergic neurons in nudipleura molluscs.
Tikir,S., Beaumont,R., Senatore,A., Sakurai, A., Boykin,J., Katz,P.S.
A transcriptomic approach for investigating the neurochemistry of synaptic transmission between identified molluscan neurons.
Senatore, A., Boykin, J., Tamvacakis, A., Tikir, S., Ganupuru, P., Katz, P.S.
High level mRNA expression of orthologous secreted proteins is a feature of the sea slug brain.
Tamvacakis,A.N., Senatore,A., Tikir,S., Boykin,J., Ganupuru,P., Katz,P.S.
To Phylogenies and Beyond! Molluscan Neurotranscriptomics in the Katz Lab.