Qianli Yang

The paper identifies a dual neural mechanism for physical simulation in the human brain, involving predictive control and real-time simulation, and introduces a model to explain resource allocation during this process.

This study introduces a language model framework to analyze problem-solving behavior in humans and monkeys, revealing differences in complexity and evolution of their problem-solving strategies.

The paper develops a theoretical framework to quantify nonlinear neural decoding and applies it to analyze neural activity related to perceptual choices in monkeys.