It's not nearly as simple as that.anantchowdhary said:Suppose A travels in a spaceship and B is on earth. At the time of launch they both synchronise their clocks. When 30 secs have passed by in A's clock he reads the time in B's clock to be 40 secs.But when 30 secs have passed in B's clock A's clock shows 40 seconds. Isn't this a contradiction to the first statement itself ?
anantchowdhary said:When 30 secs have passed by in A's clock he reads the time in B's clock to be 40 secs.
The concept behind "A & B's Time Paradox: A Space-Time Conundrum" is a hypothetical scenario where two individuals, A and B, travel through time and end up causing an event that creates a paradox. This paradox raises questions about the nature of time and space and explores the consequences of altering the past.
This story touches on several real scientific theories, such as the theory of relativity and the concept of time dilation. It also explores the idea of parallel universes and the butterfly effect, both of which are theories that have been studied by scientists.
While time travel is still purely theoretical and has not been proven to be possible, there are many theories that suggest it could create a paradox. This is because changing events in the past could have unforeseen consequences in the present and future, making it difficult to maintain a consistent timeline.
There are several theories on how a time paradox could be resolved, such as the idea of multiple timelines or the concept of a "self-healing" universe. However, as time travel is still hypothetical, there is no definitive answer to this question.
Exploring the concept of a time paradox can help us better understand the nature of time and space and the potential consequences of altering the past. It can also raise ethical questions about the responsibility of time travelers and the impact of their actions on the timeline and the people they encounter.