Is Gravity Incoherent Magnetism?

Gravity might be incoherent magnetism, but let’s make it simple, like a game you play with your toys.

Imagine you have two magnets on the floor. If they're both the same type (like both north poles), they push each other away, just like when your toy cars repel if you try to stick them together. Now imagine those magnets are incoherent, that means they’re not aligned or working together. They’re confused and wobbly. Instead of pushing strongly, they create a kind of weak, far-reaching pull, like gravity.

When you play with your toys, sometimes you use strings to pull them toward each other. Gravity is like that invisible string, but instead of being tight and strong like the strings on your toy car, it’s loose and weak. It works over huge distances, like from Earth to the moon.

So gravity might be a version of magnetism, not the kind you feel with your toys, but a confused, far-reaching one that pulls everything together, just like invisible strings in a big game of tug-of-war. Gravity might be incoherent magnetism, but let’s make it simple, like a game you play with your toys.

Imagine you have two magnets on the floor. If they're both the same type (like both north poles), they push each other away, just like when your toy cars repel if you try to stick them together. Now imagine those magnets are incoherent, that means they’re not aligned or working together. They’re confused and wobbly. Instead of pushing strongly, they create a kind of weak, far-reaching pull, like gravity.