Jules Brochard

The paper identifies neurometabolic predictors of mental effort in the frontal cortex using 1H-MRS and machine learning.

The paper shows that risk attitudes adapt to the range of risk prospects through hebbian plasticity in the orbitofrontal cortex, leading to context-dependent, irrational behavior.

The paper investigates how lactate levels in the dmPFC/dACC relate to motivation for physical effort and neural activity, finding a systemic influence of lactate on brain metabolism.

This study introduces a model to analyze neural signal shapes and identifies brain regions mediating behavioural processes, finding that depletion periods, not amplitude, correlate with behavioural speed.

This study shows how individual preferences for ideas influence creative generation speed and quality through computational modeling and behavioral experiments.

This paper addresses challenges in brain-behavior mediation analysis for fMRI data, evaluates statistical tests, and proposes an efficient algorithm for whole-brain analysis.