Madhur Mangalam

This study shows that multifractal nonlinearity in listener movements during speech perception supports speech fluency and memory.

This paper reanalyzes data to compare how reach-to-grasp movements are controlled in physical environments versus haptic-free virtual environments, finding differences in closure initiation control laws.

This study analyzes postural sway variability across timescales, showing non-Gaussian distributions and cascade dynamics in quiet standing, with changes under destabilizing conditions.

This study investigates how visual guidance affects postural stability by analyzing temporal correlations and standard deviation in postural fluctuations across different viewing distances.

This study investigates how multifractality in postural sway relates to quiet eye training effectiveness in golf putting, finding that lower multifractality correlates with better performance under perturbation.

The paper uses multifractal analysis to differentiate reactive and proactive postural control mechanisms by examining non-Gaussian cascade processes in center of pressure fluctuations.

The paper shows that visual effort affects postural cascade dynamics, with greater oculomotor strain leading to stronger postural adjustments.

The paper shows that stringent postural tasks recruit shorter-timescale processes into non-Gaussian cascade dynamics, with specific statistical signatures observed in postural sway.

The paper investigates how proprioceptive afferents contribute to the perception of object heaviness and mass distribution during manual handling without vision.

The paper investigates how multifractal fluctuations across anatomical sleeves support haptic perception via dynamic touch, showing their role in heaviness and length judgments.

The paper shows that fractal fluctuations in mechanical body movements support accurate perception of object properties through effortful touch.