Mark M. Churchland

h-index
h10-index
h5-index

Resultados de investigaciones por año

Research Strategic Pillar

Keywords

Brain Health
Specialized Health
Metabolic Health
Life Span Health

Huella digital

Profundizar en los temas de investigación en los que Mark M. Churchland está activo. Estas etiquetas de temas provienen de las obras de esta persona. Juntos, forma una huella digital única.

1 Perfiles similares

3 Terminado
3 Activo

Determining the Sources of Motor-Cortex Response Complexity
Churchland, M. M. (PI)
7/1/24 → 6/30/25
Proyecto
Sloan Research Fellows
Churchland, M. M. (PI)
Alfred P. Sloan Foundation
2/1/13 → …
Proyecto
The Logic of Brain Function
Churchland, M. M. (PI)
Searle Scholars Program
1/1/12 → …
Proyecto
Computational and circuit mechanisms underlying motor control
Costa, R. M. (PI), Bose, R. (PI), Peterka, D. (PI), Jessell, T. (PI), Hillman, E. M. C. (PI), Churchland, M. M. (PI) & Abbott, L. F. (PI)
National Institute of Neurological Disorders and Stroke
9/25/17 → 7/31/22
Proyecto
Extracting computational principles governing the relation between brain activity and muscle activity that are conserved between rodents and primates
Churchland, M. M. (PI)
National Institute of Neurological Disorders and Stroke
9/15/17 → 7/31/22
Proyecto

1 Artículo

An emerging view of neural geometry in motor cortex supports high-performance decoding
Perkins, S. M., Amematsro, E. A., Cunningham, J., Wang, Q. & Churchland, M. M., feb. 3 2025, En: eLife. 12
Producción científica › revisión exhaustiva

Acceso abierto
1 Cita (Scopus)

Mark M. Churchland

Perfil personal

Research Strategic Pillar

Keywords

Huella digital

Colaboraciones y áreas de investigación principales de los últimos cinco años

Ver detalles

Determining the Sources of Motor-Cortex Response Complexity

Sloan Research Fellows

The Logic of Brain Function

Computational and circuit mechanisms underlying motor control

Extracting computational principles governing the relation between brain activity and muscle activity that are conserved between rodents and primates

An emerging view of neural geometry in motor cortex supports high-performance decoding

Mark M. Churchland

Perfil personal

Research Strategic Pillar

Keywords

Huella digital

Colaboraciones y áreas de investigación principales de los últimos cinco años

Proyectos

Determining the Sources of Motor-Cortex Response Complexity

Sloan Research Fellows

The Logic of Brain Function

Computational and circuit mechanisms underlying motor control

Extracting computational principles governing the relation between brain activity and muscle activity that are conserved between rodents and primates

Producción científica

An emerging view of neural geometry in motor cortex supports high-performance decoding