Rebecca Horne oversees and directs The Transmitterās multimedia operations and commissions illustrations, photography, videos and other multimedia content. Prior to joining the team, Rebecca was photography director and photography editor for Discover magazine and The Wall Street Journal, where she won several awards for her work. Originally from California, she has also served as an art producer at the advertising agency Addison Design, a photography producer at Airbnb and the multimedia app Storehouse. She has also taught photography at the California College of the Arts and Rutgers University, and has written on art and science for Wired, CNN, The Wall Street Journal, Nautilus and others.
Rebecca Horne
Art director
The Transmitter
From this contributor
Improvising to study brains in the wild: Q&A with Nacho Sanguinetti-Scheck
Redrawing Santiago RamoĢn y Cajal: Q&A with Dawn Hunter
On a bold mission to re-engineer brain parts
Education
- M.F.A., Rutgers University
- B.F.A., San Francisco Art Institute
Explore more from The Transmitter
Reconstructing dopamineās link to reward
The field is grappling with whether to modify the long-standing theory of reward prediction errorāor abandon it entirely.
Reconstructing dopamineās link to reward
The field is grappling with whether to modify the long-standing theory of reward prediction errorāor abandon it entirely.
Dopamine and the need for alternative theories
Some experimental findings are inconsistent with the dominant model of reward prediction error, highlighting the need for alternative testable and falsifiable models for dopamine function.
Dopamine and the need for alternative theories
Some experimental findings are inconsistent with the dominant model of reward prediction error, highlighting the need for alternative testable and falsifiable models for dopamine function.
Does a new theory of dopamine replace the classic model?
My answer would be no, but the model poses challenges that will sharpen our understanding of dopamine and learning.
Does a new theory of dopamine replace the classic model?
My answer would be no, but the model poses challenges that will sharpen our understanding of dopamine and learning.