Tamar received her MA in Communications and her BA in Psychology and Communication from the University of Haifa. She is a PhD student at the Department of Communication and Journalism at the Hebrew University of Jerusalem. 
Alongside academic work, Tamar is an experienced marketing professional, with a demonstrated history of working on complex projects in the Consumer Goods & Pharmaceutical industries. Skilled in Marketing strategy, Digital Marketing, Content Development and Market Research.

Dr. Elisheva Salmon is a certified speech-language pathologist (SLP) with a Ph.D., specializing in developmental delays in children. She maintains a private practice where she provides therapy for children with developmental challenges. Her doctoral research focused on the acquisition of prepositions in early childhood language development.
Currently, Dr. Salmon serves as the co-chair of the Israeli Speech Language and Hearing Association (ISHLA). Previously, she chaired the association’s conference committee, demonstrating her commitment to advancing the field of speech-language pathology in Israel. 
With her blend of clinical expertise and research background, Dr. Salmon continues to contribute significantly to both the practical and academic aspects of speech and language therapy.

Dmitrii Smirnov is a Senior Data Engineer/Scientist at Intercontinental Exchange, with a robust background in applied mathematics, statistics, and data science. Holding a Bachelor’s degree in Mathematical Methods in Economics from National Research Tomsk State University (Russia) and a Master’s degree in Statistics from the University of Haifa (Israel), Dmitrii brings a deep understanding of mathematical and statistical modeling to the field. He has gained diverse global experience in companies such as British American Tobacco, Deloitte, and others. 
Currently, Dmitrii is tackling research problems in the area of statistical inference for dynamic systems. His thesis, which will serve as the foundation for his PhD proposal, focuses on modeling and estimation of nonverbal synchronization, as reflected in motion energy captured by video cameras.