Why cant we expand time ?
My idea - When time is expanded the total no.of entropic disorders occurring in a point of time slows down its speed in that particular system. But this slow down of time can only be seen by a person from outside the system. For a person inside the system can't experience this dilation because the person inside the system along with the particles and the disorders happening in that system are on the same "Time line".
QUOTE (hpdrdoom+Jun 19 2012, 05:22 AM)
Why cant we expand time ?
My idea - When time is expanded the total no.of entropic disorders occurring in a point of time slows down its speed in that particular system. But this slow down of time can only be seen by a person from outside the system. For a person inside the system can't experience this dilation because the person inside the system along with the particles and the disorders happening in that system are on the same "Time line".
There is no expansion dimension to time, that's why not.
Time is a property of matter and it passes at rates inversely proportional to the speed of discrete objcts. When we can control the speed of an object, we can control its time rate and make it pass faster or slower, but how would you expand time?
My idea - When time is expanded the total no.of entropic disorders occurring in a point of time slows down its speed in that particular system. But this slow down of time can only be seen by a person from outside the system. For a person inside the system can't experience this dilation because the person inside the system along with the particles and the disorders happening in that system are on the same "Time line".
There is no expansion dimension to time, that's why not.
Time is a property of matter and it passes at rates inversely proportional to the speed of discrete objcts. When we can control the speed of an object, we can control its time rate and make it pass faster or slower, but how would you expand time?
Expansion of time is really simple.
TIME: it is the total no.of past entropic sates observed in a system.
Now if we decrease the speed of the disorder happening in the system it means that the time is also decreased....Simple right? This is what i meant
TIME: it is the total no.of past entropic sates observed in a system.
Now if we decrease the speed of the disorder happening in the system it means that the time is also decreased....Simple right? This is what i meant
But dude, isn't that just how we perceive/measure time in order to get as accurate as possible? I'm just thinking that we would actually distort normal timeflow by making our measuring devices inaccurate?
No offense man, I'm just trying to contribute to your theory
-Blackout
No offense man, I'm just trying to contribute to your theory
-Blackout
QUOTE (hpdrdoom+Jun 19 2012, 07:16 AM)
Expansion of time is really simple.
TIME: it is the total no.of past entropic sates observed in a system.
Now if we decrease the speed of the disorder happening in the system it means that the time is also decreased....Simple right? This is what i meant
There is no "normal" universal time that we could control because tme is a property of individual discrete matter. Besides, how would you change the speed of entropy? We've tried, to no avail. We repaint, restore, protect, and all else we can to stop objects from aging, yet still they do it.
TIME: it is the total no.of past entropic sates observed in a system.
Now if we decrease the speed of the disorder happening in the system it means that the time is also decreased....Simple right? This is what i meant
There is no "normal" universal time that we could control because tme is a property of individual discrete matter. Besides, how would you change the speed of entropy? We've tried, to no avail. We repaint, restore, protect, and all else we can to stop objects from aging, yet still they do it.
Eh, I was supposed to say "wouldn't" instead of would.
PhysOrg scientific forums are totally dedicated to science, physics, and technology. Besides topical forums such as nanotechnology, quantum physics, silicon and III-V technology, applied physics, materials, space and others, you can also join our news and publications discussions. We also provide an off-topic forum category. If you need specific help on a scientific problem or have a question related to physics or technology, visit the PhysOrg Forums. Here you’ll find experts from various fields online every day.
To quit out of "lo-fi" mode and return to the regular forums, please click here.