CrossFit Athlete's Muscle-Up Form Analyzed, Found to Violate Three Laws of Physics

A biomechanical analysis of CrossFit competitor Brett Kipping's muscle-up technique has revealed that the movement violates at least three established principles of Newtonian mechanics, including conservation of momentum, gravitational acceleration, and what lead analyst Dr. Fiona Torque called 'basic cause and effect.' 'Watch the slow-motion footage,' Dr. Torque said, advancing frame by frame through the motion capture data. 'At frame 47, his center of mass is below the rings. At frame 48, it's above the rings. There is no frame in between. He doesn't pass through the space. He just appears on top.' The analysis, conducted at the University of Colorado's Human Performance Lab, was initiated after Kipping posted a video of his muscle-up on Instagram that attracted both 14,000 likes and a concerned email from a physics professor who called the movement 'geometrically non-Euclidean.' 'His hip extension generates 340 percent of the force needed to lift his body weight,' Dr. Torque continued. 'That force has to come from somewhere. Our instruments say it comes from nowhere. His muscles are producing energy that his muscles should not be able to produce.' Kipping dismissed the scientific analysis as 'overthinking it.' 'I don't think about physics when I muscle up,' he said, chalking his hands. 'I think about the movement. I think about the transition. I think about wanting it. If you want it enough, the rings know.' 'The rings do not know,' Dr. Torque responded. 'Rings are inanimate objects. They do not respond to desire. But his body appears to respond to something our instruments cannot measure, and that is deeply troubling.' The lab has invited Kipping back for further testing, with plans to add accelerometers and electromagnetic field sensors. Kipping has agreed, on the condition that 'no one tells me to slow down, because that's how you break the magic.'