Time Travel Is Possible: Math Proves Paradox-Free Time Travel
a day ago
- #quantum-physics
- #paradox
- #time-travel
- Time travel is deterministic and locally free, resolving an age-old paradox.
- Research shows the present is not changed by a time-traveling qubit.
- A peer-reviewed paper in Classical and Quantum Gravity proves the physical feasibility of a specific kind of time travel.
- Germain Tobar and Fabio Costa found a mathematical middle ground solving a major logical paradox in time travel models.
- Closed time-like curves (CTCs), first posited by Einstein, allow local free will if two scenario pieces remain in causal order.
- Time travel does not allow actions that create paradoxes, as events adjust to avoid inconsistencies.
- The butterfly effect and monkey’s paw analogy illustrate unintended consequences of time travel actions.
- Attempting to change major events like preventing COVID-19's patient zero leads to recalibration, not paradox.
- Findings align with quantum research and random walk mathematics in one and two dimensions.
- Time travel could be experimented with without the fear of immediately ruining the world.