- Monica Perez - TMS proximal and distal muscles are coactivated
- Marco Davare - Understanding cortic-cortical interactions
- PMv and M1 interact during precision grip only
- Stroke should not be interpreted just as a loss of functional tissue but also as a loss of connectivity
- Giacomo Koch - Posterior parietal and primary motor cortex
- Celnik - Cerebellar and primary motor cortex interactions
- Locomotor adaptation and the role of cerebellar depression
- Cerebellum is used for acquisition but not for retention
- Charles Schroeder - Brain oscillations
- Jonathan Wolpaw - Sensorimotor cortical rhythms
- Coherence between beta waves and EMG (24 Hz)
- Using SIGFRID to decode gamma rhythms
- Gary Paige - Oscillations what are they?
- Joseph Galea - Disassociating the role of the cerebellum and M1 during adaptive learning
- Motor cortex retains what the Cerebellum learns
- Dinant Kistemaker - CNS minimization of energy cost in reaching movements does not occur in a novel force field
- If you point out the "easy way" to people they recognize the energy efficient path and acknowledge that it is much "easier", maybe this is a cognitive problem.
- Kunlin Wei (Kording) - Neuromodulators as transmitters of gain
- Strong force with one muscle should cause variability in another muscle
- If one force goes away it should effect the remaining force
- Maximal contraction of arms will change the knee reflex magnitude
- Ben-Gurion - Handshake turing test
- Wei-Wu - Coupling time decoding and trajectory decoding with a target included model in the motor cortex
- Using both time and trajectory information you can more accurately decode neural information
- Ben Huh (Todorov) - Infinite horizon optimal control for bio motor control
