Alexandra Libby

The paper identifies multiplexed subspace networks in the brain that allow regions to interact with multiple networks simultaneously, supporting cognitive flexibility.

The paper develops new sensors to directly measure bacterial kinase activity at the single-cell level and shows that PrkC activity increases in response to a cell-wall-targeting antibiotic.

The paper shows that sensory representations rotate in neural space to form independent memory representations, reducing interference with future sensory inputs in mice.