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Alright, so I'm by no means a trained physicist and most of what I know comes from sporadic readings on the internet, but I had a strange theory the other day. I'm more the type to think in visualizations or analogies rather than cold hard math, so I'll explain it the way the idea came to me.
So, on Earth, a falling object will reach a terminal velocity as it moves through a medium, which in this case is air. So we can safely say that terminal velocity isn't intrinsic to matter itself, but depends on the medium it is moving through.
In a vacuum, you theoretically would not have this terminal velocity, but logic dictates there MUST be a point at which it cannot go any faster. At first thought, I'd assume that the speed of light would be that limit, though I can't realistically see an object with mass approaching that speed without becoming immensely massive. That got me thinking though. What about light itself?
Is the speed of light intrinsic to light itself? We know that c is the speed of light in a VACUUM, but that it can be impeded when moving in other mediums. But what if a vacuum itself is a medium?
I recently read a theory about inertia being a zero point lorentz force. I imagined an object moving through this zero point field as a penny dropped from a sky scraper would move through air. So here we have an enigmatic property of matter, a natural propensity to resist acceleration, that may not even be intrinsic to matter either.
This is when a strange idea finally popped into my head:
What if the speed of light is akin to terminal velocity? A universal terminal velocity so to speak, only achievable my a massless particle moving in the most basic of all mediums in the universe, the zero point field?
Is this theory just wholly uninformed and crazy, or is there any merit to it?
cbe6beb26479b568e5f15b50217c6c83c0ee051dc4e522b9840d8e291d6aaf46
So, on Earth, a falling object will reach a terminal velocity as it moves through a medium, which in this case is air. So we can safely say that terminal velocity isn't intrinsic to matter itself, but depends on the medium it is moving through.
In a vacuum, you theoretically would not have this terminal velocity, but logic dictates there MUST be a point at which it cannot go any faster. At first thought, I'd assume that the speed of light would be that limit, though I can't realistically see an object with mass approaching that speed without becoming immensely massive. That got me thinking though. What about light itself?
Is the speed of light intrinsic to light itself? We know that c is the speed of light in a VACUUM, but that it can be impeded when moving in other mediums. But what if a vacuum itself is a medium?
I recently read a theory about inertia being a zero point lorentz force. I imagined an object moving through this zero point field as a penny dropped from a sky scraper would move through air. So here we have an enigmatic property of matter, a natural propensity to resist acceleration, that may not even be intrinsic to matter either.
This is when a strange idea finally popped into my head:
What if the speed of light is akin to terminal velocity? A universal terminal velocity so to speak, only achievable my a massless particle moving in the most basic of all mediums in the universe, the zero point field?
Is this theory just wholly uninformed and crazy, or is there any merit to it?
cbe6beb26479b568e5f15b50217c6c83c0ee051dc4e522b9840d8e291d6aaf46