Ifedayo-Emmanuel Adeyefa-Olasupo

The paper introduces a Newtonian model of predictive remapping, proposing an inverse-distance law governing spatiotemporal dynamics in retinotopic brain structures during saccadic eye movements.

The paper measures visual sensitivity and saccadic eye movement trajectories during fixation and finds transient asymmetric sensitivity and curved saccadic paths, proposing a force field model to explain these phenomena.

The paper proposes a model of predictive remapping using three inverse force fields to explain retinotopic shifts during saccadic eye movements, validated by human subject data.