Hamster Ball Relativity: A Theory of Rodent-Specific Gravity

According to renowned hamster physicist, Dr. Reginald P. Bottomsworth III, the hamster ball is not just a simple toy, but a gateway to understanding the fundamental forces that govern our universe.

Consider the following thought experiment:

Imagine a hamster, placed within a sealed ball, moving at a constant velocity of 0.5m/s. The ball is observed to be rotating at a rate of 3 revolutions per second. Using our patented Hamster Ball Relativity Theory (HBR), we can calculate the hamster's mass to be precisely 0.42kg.

But what about the ball itself? Its mass is a mere 0.23kg, a paltry 54% of the hamster's. Is this a coincidence?

No, it is not. For in the words of Dr. Bottomsworth III, "The ball is not just a passive observer, but an active participant in the dance of mass and velocity."

Hyperlink to The Theory Behind the HBR

Hyperlink to Experimental Proofs of HBR