Independent editorial
Two articles every week : clear analyses on the science of the game, the competitive mindset and the impact of chess on society, with a human and demanding approach.
Comprendre comment le cerveau voit, calcule et décide sur l'échiquier.
13 articlesLe mental, la discipline et la lucidité quand la pression monte.
4 articlesQuand l'échiquier raconte aussi notre culture, nos institutions et notre époque.
5 articlesCan we mathematically predict when an opponent will blunder? Bayesian networks offer a formal framework for estimating this probability from the clues available in the position.
Flipping the board, disconnecting, insulting your opponent. Anger in chess has a name: ragequit. And it has a precise neurological explanation that every player should understand.
ADHD isn't an attention deficit - it's inconsistent attention. The chessboard creates the rare conditions where this brain naturally finds its anchor point.
Mirror neurons are at the heart of empathy and anticipation. In chess, they play a fascinating role: simulating the opponent's intentions. Here's what neuroscience reveals about this invisible mechanism.
Playing less to progress more: it sounds absurd, and yet cognitive recovery science explains why regular breaks are one of the most underestimated practices of the serious chess player.
Magnus Carlsen is the greatest player in history. He's earned around $2 million in prize money over his entire career. An average Top 100 tennis player earns that in a single year. What's really going on in chess economics?
