Anders Rasmussen

The paper proposes a hypothesis that the cerebellar granular layer converts input signals into a low-resolution code with minimal spatial dimensions through statistical sampling and topographic organization.

The paper models cerebellar microzone computation as a passive anatomical effect, proposing that linear communication and modular wiring automate motor sequences.

This study investigates how working memory load and CS-US intervals affect delay eyeblink conditioning, finding that working memory tasks reduce non-cerebellar interference.

The paper analyzes the pause in Purkinje cell firing to understand the cell-intrinsic engram's role in timing the eyeblink response.