Hopkins at Home

Since our founding, Johns Hopkins University has been committed to delivering knowledge and discovery to the world. Through Hopkins at Home, you can now access some of the best of what Hopkins has to offer — from our labs, libraries, and lecture halls to your laptop.

In partnership with the Johns Hopkins Alumni Association

lectures mini-courses JHU@TED Calendar For Credit For Enrichment


Stay Connected!

Sign up HERE to receive our newsletter highlighting upcoming Hopkins at Home programming.

Note: Hopkins alumni receive this information weekly from JHU Alumni Association. Alumni who are not receiving these messages should check your junk mail folder or contact the Alumni Office to update your information at alumni@jhu.edu.

Twitter IconFollow Hopkins at Home on Twitter to join the conversation: @HopkinsatHome #HopkinsatHome


Most Recent or Upcoming live event

Please note: All livestream content is recorded, edited, and published to our playlist here within a week of the live program.

How the Ear Hears, and What We Can Do About It

Tuesday, January 26, 2021 – 12:00pm – 1:00pm ET

About the program

Ever wondered exactly how your ears hear? Does more time using earbuds on your Zoom calls have you worried about hearing loss? Advances in cellular biology and genetics have helped define the molecular mechanisms by which sound is transduced and transmitted to the brain. With this expanding knowledge we can define the root causes of hearing loss, and so design therapeutic strategies. Join Dr. Paul Fuchs to learn about how refined prosthetics, gene therapy, and cellular regeneration are expanding future options for preventing loss or restoring hearing.  

About the presenter

Paul Albert Fuchs, Ph.D. is the David M. Rubenstein Research Professor and Vice-chair of Otolaryngology-Head and Neck Surgery.  He’s the Director of the Center for Hearing and Balance, an interdepartmental research consortium including faculty from the Schools of Medicine, Engineering and Arts and Sciences.  His NIH-supported research program explores the structure and function of synapses between mechanosensory hair cells and neurons of the inner ear.