Dinant Kistemaker

Papers

Total Citations

306

H-Index

About

Dinant Kistemaker’s research unravels the neural principles governing human motor control, with a focus on how the central nervous system (CNS) integrates sensory feedback and energy efficiency to guide movement. His most cited work, “Can proprioceptive training improve motor learning?” (162 citations), challenges conventional views by demonstrating that motor learning is tightly linked to systematic changes in proprioception—reshaping how we understand sensory-motor integration. In a landmark study, “The Central Nervous System Does Not Minimize Energy Cost in Arm Movements” (116 citations), Kistemaker overturned a long-held assumption by showing that the CNS prioritizes other factors over energy minimization during arm movements, using robotic force fields to reveal the complexity of motor planning. His work on bimanual proprioception (28 citations) further explores how the brain combines sensory information from both arms, offering insights into coordination and tool use. By blending robotics, computational modeling, and behavioral experiments, Kistemaker has made foundational contributions to motor learning theory, with implications for rehabilitation and human-machine interaction. His research is essential reading for anyone interested in the computational and sensory underpinnings of how we move.