Glad to see this study finally out in @NatureNeuro
Many thanks to all co-authors Feng Chen, @ShaulDr @mlong11215 @NYULH_Neuro@CSHL
https://t.co/alEtkn1llu
New publication with Dan Dombeck: "A robot-rodent interaction arena with adjustable spatial complexity for ethologically relevant behavioral studies" https://t.co/oIxbl5cS2K.
@DanielDombeck @ChrisAngeloni1
Excited to share iMRSIV, immersive VR goggles for mice: https://t.co/eaNZwXEm3E
This work was enabled by the great team assembled, as it required both creativity and technical prowess: Dom Pinke, Greg Dobos, Gabe Dara, @DanielDombeck
Objects don’t just move, fall, and bounce—they also transform, as when logs burn or ice cubes melt. In a new paper @PsychScience, we (@talboger & @chazfirestone) explore mental representation of state-changes—and find that your mind 'melts ice' in memory! https://t.co/Gv8FirlSNq
Combined, our results show that the way auditory cortex encodes sounds shapes what we hear!
Thanks for reading, and to the people that helped make this happen: @samplingRage, Eugenio Piasini, Aaron Williams, @neurokath, Linda Garami, Ann Hermundstad, and @neimarkgeffen!
(8/8)
How do different environments affect how we hear?
We find that the way neurons adapt to background sounds shapes the way mice perceive sounds in different environments! (1/8)
Interested? Check out our preprint:
https://t.co/trvDhutZtC
But how does neuronal gain control affect behavior?
We found that gain is affected by the contrast of the background, but also find that when cortical gain is high, mice are better at detecting targets, and get worse when gain is low. (7/8)