Karen Anne Moxon

The paper uses dynamic systems modeling to identify distinct neural subspaces during risky decision-making, showing convergence to choice-specific subspaces as decisions approach.

This study shows that during BMI learning, animals transition from a global strategy involving all neurons to a local strategy involving only direct neurons as they become experts.

This study uses intracranial recordings to show that risky choices are represented in distributed prefrontal and subcortical regions, while reward computations are more modular and localized.

The paper maps sensorimotor integration in the trunk system, finding strong connections between trunk motor cortex and hindlimb sensory information for postural control.

This paper demonstrates head-mounted microendoscopic calcium imaging in rhesus macaques, enabling long-term, high-resolution recording of neural activity during natural motor tasks.

This study silences L6 pyramidal cells in mouse somatosensory cortex and finds altered cortical activity and compensatory whisking behavior.