A Shocking Attempt to Poison: Chess Rivalry Turns Dangerous
In a disturbing turn of events during the Dagestan championship, Russian chess player Amina Abakarova has been accused of attempting to poison her long-time rival, Umaiganat Osmanova, with mercury. The incident, which took place on August 2 in Makhachkala, has drawn widespread condemnation and an investigation by Russian authorities.
Abakarova was caught on surveillance footage allegedly spreading a toxic substance on Osmanova's chessboard before the match. Eyewitnesses reported that Osmanova fell ill shortly after the game began, experiencing symptoms that included nausea and difficulty breathing. Medical professionals indicated that exposure to mercury was likely the cause.
Following the incident, Abakarova has been temporarily suspended from all chess competitions pending a criminal investigation. The Russian Chess Federation has stated that if found guilty, Abakarova could face severe penalties, including a lifetime ban from the sport. This incident raises serious concerns about player safety and the lengths to which rivalries can escalate.
- ## The Rivalry Between Abakarova and Osmanova The rivalry between Amina Abakarova and Umaiganat Osmanova has a long history, with both players competing against each other since childhood. Tensions escalated recently when Osmanova defeated Abakarova in a regional competition, leading to accusations and personal hostility between the two. Abakarova's alleged actions have shocked the chess community, with many expressing disbelief that such extreme measures could be taken in a competitive environment. The **Dagestan Sports Minister**, Sazhida Sazhidova, expressed her perplexity over Abakarova's motivations, emphasizing the potential tragedy that could have unfolded. Osmanova, while recovering from the incident, has voiced her concerns about the safety of all participants in the tournament. The chess community is now left to grapple with the implications of this incident and what it means for the integrity of the sport.