Timo Flesch

The paper introduces a scalable method to upregulate plant gene expression using a genomic model and MPRA, identifying functional cis-regulatory elements without prior knowledge.

This study identifies two distinct spatial reference frames encoded in the rat frontal orienting field during motor planning: self-centered movement directions and world-centered position.

The paper compares 'lazy' and 'rich' coding strategies in neural networks and biological brains for multitasking, finding evidence for rich coding in human and macaque neural data.

This study shows that focused training improves continual task performance in humans by enabling factorised task representations, which reduces interference between tasks.