Agnieszka Matras-Clement WIM

Agnieszka Matras-Clement (AgaMat) - Woman International Master

Known in the chess neuron network as AgaMat, Agnieszka Matras-Clement is a Woman International Master whose playing style is as sharp as a knight’s fork and as unpredictable as a queen’s gambit. With a peak blitz rating soaring up to 2157, she’s proven time and again that her synapses fire faster than the clock ticks.

Since 2016, AgaMat's rating history has exhibited impressive growth spikes, particularly in blitz where she mastered the rapid-fire tactical mutations of the game with a whopping 61.44% win rate over 236 games in her top-secret openings. Her rapid and bullet performances are no less electrifying, boasting win rates over 65%—clearly showing that her mental enzymes break down opponents’ defenses efficiently.

With an average game length of about 49 moves and an endgame strategy frequency near 48%, her stamina on the 64-cell petri dish is remarkable. Her comeback rate stands at an impressive 62%, and after losing a piece, her neurons seem to rewire swiftly to secure victory 90% of the time.

AgaMat also holds the record for an astonishing 14-game winning streak—proof that her thought processes can sometimes create a replication of success that would make any chess scientist proud. Though she occasionally succumbs to the "early resignation virus" at 40%, she more than compensates with that carefully evolved psychological toughness, keeping her tilt factor at a manageable 7.

Off the board, her favorite "opponents" include justsomerandoginger and mikex2137, both of whom she has defeated with surgical precision 100% of the time. Her most played foe, soapopular, has been forced to adapt continuously, as AgaMat holds a strong 64.29% win rate against them.

All in all, Agnieszka Matras-Clement's chess DNA is coded for resilience, tactical creativity, and a playful yet precise style. Opponents beware: when AgaMat opens the board, you’re entering a laboratory of fast-evolving strategies where every move is a calculated biological experiment. May the best genes—and the best moves—win!