On Friday, one of NYC’s newest venues in the Lower East Side opened its doors to science enthusiasts and curious bystanders for an evening of happy hour and brain-related activities. The aptly titled event, “Pregame Your BraiNY,” took place at CAVEAT, which launched just over a month ago as an event space devoted to intellectual nightlife and “oddball programming.”
Summer is officially over and we’re gearing up for a busy–and brainy–fall in New York City. There are a lot of public events coming up that we wanted to highlight.
First up, our neuroscientist friends at braiNY are headed to CAVEAT on September 29 for a neuroscience-themed happy hour. With promises to teach you “science-based party tricks from experts that will make you the coolest kid at the party,” this is surely an event not to be missed.
Wednesday night’s Story Collider x braiNY event provided audience members with five stories from five accomplished scientists of the Friedman Brain Institute at the Icahn School of Medicine at Mt. Sinai, all of whom had participated in a six week storytelling workshop.
The event took place in the charming lower level of El Bario’s Artspace in East Harlem, where brick walls, black curtains, and bright lights alluded to a crowded comedy night. And the storytellers did not disappoint–their recounts and anecdotes poked fun at either themselves or their situations in an endearing and hilarious way, garnering laughter from the audience throughout the night. But the event offered more than just humor; many of the stories took on a more serious tone as the night continued.
Many factors weigh into how we perceive the world, and last night we tapped into two areas: hearing and memory, at a “Pint of Science” gathering at DROM in the East Village. Beer in hand, attendees packed the venue, eager to learn more from hometown scientists James Hudspeth of Rockefeller University and Paula Croxson of Mount Sinai.
Hudspeth, a Dana Alliance member and hearing expert, spoke about how hearing works, and the role of tiny hair cells in the cochlea. As explained on his Howard Hughes Medical Institute page, “Each cochlea normally contains about 16,000 hair cells, which convert mechanical inputs derived from sounds into electrical signals that the brain can interpret.”
It is the loss of these hair cells, which don’t regenerate in humans, that leads to the most common form of hearing loss, said Hudspeth. Lucky for us, other species can regenerate these cells (amphibians and reptiles, for example). Dr. Hudspeth is using zebra fish in his lab to study this ability; he hopes new therapies can be produced for people in the next five to ten years. In the meantime, cochlear implants are being used by more than 300,000 people in the US.