- #1
athrax
- 13
- 0
the basic theory is that if you travel fast enough then time will go slower for you then the rest of the universe. doese anybody know if this is true or not?
athrax said:the basic theory is that if you travel fast enough then time will go slower for you then the rest of the universe. doese anybody know if this is true or not?
athrax said:the basic theory is that if you travel fast enough then time will go slower for you then the rest of the universe. doese anybody know if this is true or not?
nickthrop101 said:near a high mass object (a black hole for example) the incredible warping of space is so severe that time passes at a different rate to a state of inertia (no force acting on an object), so moving close to a heavier object means time will pass slower
mathman said:There is some experimental evidence. Muons produced by cosmic rays have a longer half life than expected because they travel very fast.
Wallace said:If you were in a train moving at close to the speed of light past a station, you could look at your watch and see that compared to a clock sitting at the station, your watch 'ticks' faster. Therefore as far as you are concerned, time runs slower for people on the station.
se.
moejoe15 said:Since moving closer to the speed of light slows your time down wouldn't the clocks and people at the station appear to be moving quicker not slower?
Space-time travel theory is a concept in physics that combines the theories of space and time into a single framework. It suggests that space and time are not separate entities, but rather interconnected and can be affected by factors such as gravity and velocity.
According to Einstein's theory of relativity, space-time travel is possible, but it would require advanced technology and immense amounts of energy. It is currently not possible with our current understanding of physics and technology.
Space-time travel works by manipulating the fabric of space and time using advanced technology and energy. This can create a "warp bubble" that allows an object or person to travel faster than the speed of light, effectively bending the fabric of space and time.
If space-time travel were to become a reality, it could have significant consequences on the laws of physics and our understanding of the universe. It could also potentially open up the possibility of time paradoxes and alternate timelines.
Scientists and researchers are currently studying various aspects of space-time travel, including the development of advanced propulsion systems and theoretical models to better understand the potential effects of space-time travel on the fabric of the universe.