US figure skater Ilia Malinin, known as the Quad God, has mastered the quadruple axel at the 2026 Winter Olympics. This jump, considered the most difficult in the sport, was seen as impossible until 2022. Physics provides insights into how such a feat is achievable.
In figure skating, the quadruple axel stands out as the most challenging jump, requiring more than four full rotations in the air. Until 2022, no skater had successfully landed one in competition. That year, American athlete Ilia Malinin changed the landscape by executing the jump, earning him the nickname "Quad God." Now, at the 2026 Winter Olympics, Malinin continues to showcase this skill, impressing audiences and judges alike.
Landing a quadruple axel boosts a skater's score significantly due to its technical difficulty. For athletes who are not exceptional talents like Malinin, performing it remains elusive. However, principles of physics offer explanations for its possibility. These include factors such as angular momentum, takeoff speed, and body positioning during rotation.
Malinin's achievements highlight the blend of athletic prowess and scientific understanding in modern figure skating. His success has elevated the sport's competitive standards, encouraging others to push boundaries in training and technique.
