When a supernova explodes, particles are hurled into the void of the universe at speeds close to the speed of light, and you think they’re free now, no one can hold them back anymore, but as they flow along this galactic magnetic field, they excite the plasma behind them and generate their own magnetic turbulence—physicists call this stream instability—the faster the particle goes, the more waves it creates, and those waves turn around and cut off the same particle’s path, so in the end, it gets trapped inside the same galaxy—the more energy a thing spends trying to escape, the sturdier it weaves the bars of its own prison
Now think about this in a human mind—in a moment of uncontrolled restlessness, the brain does the exact same thing—you get triggered, cortisol spikes, attention scatters, and you struggle harder in that mess, generating even more of the same noise—rumination in psychology is precisely the mental version of this magnetic turbulence—the more you think and try to escape, the more you build your own walls, and after a while you realize you’re moving, but just spinning in circles inside the same cell
There’s a structural similarity between a cosmic particle and a human brain—both mistake energy for freedom, but energy builds the trap—both get swallowed by the turbulence they themselves create—and both, only when they stop, perhaps arrive somewhere for the first time
So are you, right now, truly going somewhere—or, the faster you speed up, are you just weaving your own turbulence and trapping yourself in your own galaxy.
