Salomeja Zaksaite - Woman Grandmaster (WGM)
Known in the chess kingdom as salomez, Salomeja Zaksaite has steadily grown into a formidable force on the 64 squares, earning the coveted title of Woman Grandmaster from FIDE. With a tactical awareness as sharp as a needle in a haystack, Salomeja’s playstyle leans heavily towards deep, enduring endgames—fascinatingly clocking an endgame frequency of over 78%. That's more than just a mere game of chess; it’s a true biological test of endurance and strategy, where every cell of calculation counts!
Salomeja's blitz rating has blossomed from modest beginnings in 2013 to hitting a peak rating of 2417, showing a growth spurt that any budding organism would envy. Even in bullet chess, where reflexes are as quick as nerve impulses, she reaches impressive peaks above 2200, proving her synapses fire both fast and efficiently. Her white pieces enjoy a slightly better survival rate with a 48.85% win rate, while black pieces still hold respectable ground at 42.68%—a balanced immune system of sorts for both sides of the board.
With a longest winning streak of 11 games, she's no stranger to sustained performance, generally winning games with an average of about 71 moves—talk about stamina! And should she lose a piece, Salomeja's comeback rate is an astonishing 87.4%, with a flawless 100% win rate after losing material, displaying resilience that would make even a cockroach jealous.
Off the board, you might find Salomeja striking at games mostly on Monday and Wednesday with over 52% win rates on those days. Intriguingly, the best moment to catch her in action is around midnight (0:00 hour), where her win rate peaks at an amazing 80%. Clearly, her brain cells are most active when the rest of the world sleeps—a classic nocturnal neuron firing!
In summary, Salomeja Zaksaite is a true chess organism, adapting and thriving through years of blitz battles, producing endgame magic and tactical comebacks with biological precision and energy. Her playstyle not only challenges opponents but also provides a thrilling example of the intricate dance between brain cells and chess pieces on the chessboard's genetic code.