I was watching a sausage making video, and youtube recommended this, and wow. Such a happy, positive, great!. I was intrigued
I was watching a sausage making video, and youtube recommended this, and wow. Such a happy, positive, great!. I was intrigued
Here’s what I don’t understand. It all seems like a limitation based on the assumption that the observing ship is not moving at all. You can’t travel the speed of light relative to me because it would look like you’ve stopped accelerating.
What if the observing ship is moving half the speed of light, and the other ship is moving in the opposite direction at half the speed of light? Relative to each other, they are both traveling the speed of light now. I am definitely missing something here.
My gut wants to say since the speed of light in a vacuum is constant across all reference frames, you can only make statements of speed from inertial reference frames (non accelerating) … Noo, hrmm that doesn’t work. I’m stumped, by physics isn’t up to this, it’s a great thought experiment
This would be a excellent question for no stupid questions! [email protected]