Einstein had some pretty crazy theories about the universe. One of his most famous may be that no object may accelerate up to or beyond the speed of light. However, few know the implications of this startling discovery.
One instance put across is the idea that when an object moves faster, it actually gains more mass. This is because all particles in the universe are said to exist within a field called the Higgs Field. This field is responsible for the mass of all objects in existence. The Higgs Field is an energy field, and when an object passes through it at a certain velocity, it gains mass accordingly. Because the speed of light is the maximum speed a particle can move at, it can be seen as infinite velocity. Therefore, for a particle to move at the speed of light in the Higgs Field would mean that this particle gains infinite mass.
So, what would happen if two particles approaching the speed of light hit each other head-on? They would each have near infinite mass and velocity, and therefore momentum, so who would win? It’s the age old question: “What happens when an unstoppable force meets an immovable object?” Or I guess in this case, what happens when an unstoppable force meets and unstoppable force?