Hi, Im just an average person with very... very limited knowledge in physics but a question has been bugging me for a few days, and I've no idea how to answer it. I'm hoping its going to be simple for you guys.
Its basically a question on the affect of mass as it approaches the speed of light.
I've read that an object, be it particle or spacecraft, whatever will become more massive and achieve higher density in relation to the speed of light. To the point that at C it becomes infinately massive/dense and also that time dialation may cause time to "stop" for that object.
If this is right, i have another question.
What occurs if a mass reaches 0 velocity? assuming any atomic movement above 0 K is also counted as velocity?
Would the opposite occur as to what happens at C? The mass would achieve 0 density/mass and would pass through time at an infinite rate, most probably resulting in atomic decay instantly due to existing at every point in time all at once?
Like i said, im not that great with science and this has probably been answered before or is completely wrong, but any answer would be great.