Physicist Claims to Have Solved the Grandfather Paradox, Making Time Travel Theoretically Possible

Time travel has long been a scientific conundrum, especially due to the grandfather paradox. But a new breakthrough by physicist Lorenzo Gavassino claims to have solved this infamous issue, opening the door to theoretical time travel. Combining general relativity, quantum mechanics, and thermodynamics, his study suggests that time loops could exist without leading to logical contradictions.

Key Insights from the Study:

Grandfather Paradox: What happens if you travel back in time and prevent your grandfather from having children?
Closed Timelike Curves: A key concept from Einstein's general relativity, where time can loop back on itself.
Thermodynamic Solutions: The law of increasing entropy could be the key to resolving paradoxes in time travel.
In this game-changing theory, Gavassino proposes that rotating masses, like black holes, could warp space-time to create these time loops, allowing for safe and logical time travel. While our universe doesn't rotate this way, black holes may provide the environment needed for such loops.

Does this discovery bring us one step closer to actual time travel? Watch this space!