If time travel would possible won't it will defy energy conservation law?

Question

if a particle travel through time then its existence in this time will be over and total mass or equivalent energy of the universe at this time will decrease,and at same time energy of the universe to which it has been transported increase(by an amount equal to its own energy) defying conservation law.

Answer 1

possibly, but one could argue that the total amount would remain constant in space-time.

Answer 2

No, it will not defy this law.
Well, jumping from one to another universe always happens in nature. This happens at the Event Horizon of Black holes where particle n antiparticle come from nowhere( Hawking radiation) and even everything having gravitational force is doing this thing!!! A particle named graviton was considered to be massless but latest researches show that graviton is having a mass of order of 10^-54 kg( by researchers doing research on gravitomagnetic force), which is quite less but cant be ignored in a way that gravitons travel from one universe to another diluting the strength of gravitational force( for which they are responsible), infact gravity is the weakest force in nature. If gravitons can jump like this, then why the cons. law is not violated? Well, it means that our cons. law is true but in the sense that it is not just matter but energy is also involved in it.

Answer 3

I hurtle down one rail of a train line on skates. I can jump to the other rail and keep moving along the other rail at th same speed without breaking conservation laws. We move through time at c. (Hence the energy of mass is the same as kinetic energy of an object moving at c ie e=mc2). So we could jump to another rail and apparently "disappear" but with no defiance of conservation of energy. (Maybe with a few blue Cerankov sparks to add a bit of a show)

Answer 4

string? As in theory?

Your observation is only one of many, many reasons why time travel will remain fodder for SciFi novels and movies.
The constant velocity of light and cause and effect graphs place both the future and the past outside of any real boundaries of experience - at least by today's accepted technology.
However, in this age of accelerated technological advances, I've learned to never say never.
(I still would bet against the possibility - regardless of how intriguing it is.)

Answer 5

Time is considered to be the 4th dimension.
No matter what we say or calculate or predict... our 3dimension universe can never perfect the possibilities when it comes to the aspect of time-travel......

This is where GODs enters in the views of the scientists.....

Answer 6

you could say so. all of the flexibility interior the universe in any on the spot consistent. in case you shuttle returned in time, entire ability at that element could strengthen and on the instant shrink. So it could violate the flexibility conservation regulation. yet to get around it, you could say that to bypass in previous you bypass away your ability here and borrow some from that element. So it is going not get violated.

Answer 7

time travel can never be possible.

Answer 8

fdrf