Observations on the Cosmic Bouncing of a Single Ball
By: Dr. Emily Quantum, Renowned Physicist of Bouncing Balls
It has been observed, through rigorous experimentation, that a single ball can bounce in space. This phenomenon, known as the "Quantum Bounce," has been a topic of much interest and debate among cosmologists and physicists.
Experimental Methodology
- A single, spherical ball was placed in orbit around a black hole.
- The ball's trajectory was tracked and recorded over a period of 37.5 seconds.
- Results were analyzed using advanced statistical software.
Key Findings
- The ball, when given the opportunity to do so, consistently bounced.
- The bounce velocity of the ball increased exponentially as it approached the event horizon of the black hole.
- The ball's trajectory became increasingly erratic as it interacted with quantum fluctuations in the fabric of space-time.
