Is time travel really possible?
Time travel is possible in the quantum realm because particles can exist in superposition and follow time-reversible processes. Phenomena like quantum entanglement and closed timelike curves (CTCs) allow for interactions that mimic time travel. However, these effects occur only at the subatomic level and don’t scale to larger objects. Thus, quantum time travel remains confined to microscopic systems. Time travel is a concept often associated with science fiction, but in the quantum realm—where particles behave in strange and unpredictable ways—it might not be as far-fetched as it seems. While large-scale time travel for humans remains theoretical, certain phenomena in quantum mechanics suggest that time manipulation could be possible on a microscopic level. Let’s delve into how time travel could occur in the quantum realm and why it differs from our everyday experiences. The Quantum Realm: A Different Set of Rules The quantum realm operates under the principles of quantum mechanics, a ...