How Physics is Rewriting the Future of Clocks, Computing, and Reality
What if time isn’t what we think it is?
From Newton’s absolute tick-tock to Einstein’s flexible spacetime, our understanding of time has constantly evolved. Now, quantum physics is turning everything upside down — showing that time can be relational, reversible, and even multidimensional.
In this video, we explore Quantum Time. The theories that challenge centuries of assumptions and groundbreaking experiments with entangled photons, optical clocks, and causal superpositions.
From quantum computers to secure networks that will depend on quantum time in the decades ahead. This journey takes you from philosophy to laboratory breakthroughs, and into the future where mastering quantum time means mastering the digital and geopolitical landscape of tomorrow.
Topics include:
- Why time is such a problem in quantum theory
- How entanglement makes time “emerge” Experiments that reverse photons and bend causality
- Optical lattice clocks and the race to redefine the second
- Quantum time as the hidden operating system of finance, navigation, and computing.
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