of A1 and inserting recording electrodes at an angle of 60 from vertical. The recording holes for the MGB access are thus located at the lateral belt of the secondary auditory cortex and are, ...

This well-designed study provides important findings concerning the way the brain encodes prediction about self-generated sensory inputs. The authors report that neurons in auditory cortex respond to ...

Here we propose an alternative model of functional segregation in the auditory cortex. Our model agrees that the ventral pathway is probably involved in perceiving auditory objects by extracting ...

Layer 4 (L4) of primary auditory cortex (A1) receives a tonotopically organized projection ... Two sides of each quadrilateral extended radially through cortex and were orthogonal to the pial surface ...

The manuscript presents a short report investigating mismatch responses in the auditory cortex, following previous studies focused on visual cortex ... These results suggest that non-hierarchical ...

The connectivity results indicated that training reshaped higher order phonological representations in the left STG and (in more severe patients) induced stronger interhemispheric transfer of ...

New research reveals how the brain rapidly adapts to sensory changes using a feedback loop between the olfactory cortex and the olfactory bulb ... Researchers are investigating how the brain combines ...

ITCM in classical series is renamed as ATCM and DTCM is renamed as BTCM in Cortex -R **Cortex-R has additional 4 word entry return stack. On procedure call, return address is pushed on to hardware ...

Examining the nature and origin of human intelligence and the intersection with machine intelligence in the past, present and (posited) future.

Course materials for the Auditory Computing module at UCL Computer Science ...

Here, using multiphoton imaging, we investigate whether feedback from the piriform cortex to the olfactory bulb supports such behavioral flexibility. To this end, we engage head-fixed male mice in a ...