What Will Happen if a Traveler Travels in the Space with the Speed of Light?
According to time dilation formula
where Δt is the time interval between two co-local events
Δt′ is the time interval between those same events
v is the velocity of the traveler
c is the velocity of light
If traveler travels with the closer velocities to light then v→c i.e. v/c →1
then the approximate value of v/c should be 0.9, 0.99,0 .999, 0.9999, 0.99999......
Now if the traveler travels in the space for 5 years
then,
Δt′=11.62 years when v=0.9 i.e. the time is equal to 11.62 years in the Earth
Δt′ =35.46 years when v=0.99 i.e. the time is equal to 35.46 years in the Earth
and so on
Now, if the traveler travels with the same speed of light then v/c=1 and Δt′=∞
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