About Sadye Paez
New York, New York
Dr. Sadye Paez (CBA ’22) is a Senior Research Associate in the Neurogenetics of Language Laboratory, at The Rockefeller University. Her scholarship focuses on the intersections of the sixth mass extinction, conservation genomics, and global health. She also leads science communication and fundraising as the Program Director for the Vertebrate Genomics Project, which aims to generate reference genome assemblies of all ~70,000 living vertebrate species. Her earlier research focused on health promotion and disease prevention, drawing on her training as a biomechanist and physiotherapist with over 15 years of clinical experience across the lifespan. In particular, she studied movement as a modality for wellness among moderate to severely obese adults using lifestyle modifications as well as among children using active videogaming (Dance Dance Revolution). As an advocate for women and other underrepresented minoritized populations in STEM, Sadye is now leading efforts in the genomics community focusing on justice, equity, diversity and inclusion to address the principles, practices, and processes that shape the culture of STEM, and specifically, the global biodiversity genomics community, as the diversity co-chair for the Earth BioGenome Project. Her previous experience in this area includes curricula development to promote leadership in organizational cultural competence and international education via service learning. Her science writing has appeared in The Scientist and Nonprofit Quarterly. Lastly, Sadye is a Latin dancer focusing on mambo.
Dr. Constantina Theofanopoulou, a postdoctoral researcher at Rockefeller University, and Dr. Sadye Paez, a senior research associate in the Neurogenetics of Language Laboratory, will join CBA for a semester-long fellowship to gather and synthesize evidence on the neurological links between dance and vocal learning; examine how species developed the capacity to coordinate rhythmic sound with movement to unlock theories about the purpose of dance in human evolution; and design experiments and methodologies that will have a range of clinical and research applications and create a better shared understanding of how the neuroscience of language and dance intersect. Read the press release here.