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1️⃣ What They Did:
- Introduced multi-valued actions in classical physics to explain quantum behavior and simplify calculations.
- Replaced Feynman’s random paths with a deterministic least action approach.
- Applied the method to key quantum systems and extended it to special and general relativity.
2️⃣ What They Got:
- A clear method to compute quantum wave functions without randomness.
- Unified classical, quantum, and relativistic physics with consistent results for phenomena like superposition and interference.
3️⃣ What It Means for Humanity:
- Provides a potential link between quantum mechanics and relativity, addressing a major physics challenge.
- Simplifies quantum computing and offers new insights into fundamental physics, advancing our understanding of the universe.
🎉 Congrats to Winfried Lohmiller and Jean-Jacques Slotine from @mit
1️⃣ What They Did:
- Introduced multi-valued actions in classical physics to explain quantum behavior and simplify calculations.
- Replaced Feynman’s random paths with a deterministic least action approach.
- Applied the method to key quantum systems and extended it to special and general relativity.
2️⃣ What They Got:
- A clear method to compute quantum wave functions without randomness.
- Unified classical, quantum, and relativistic physics with consistent results for phenomena like superposition and interference.
3️⃣ What It Means for Humanity:
- Provides a potential link between quantum mechanics and relativity, addressing a major physics challenge.
- Simplifies quantum computing and offers new insights into fundamental physics, advancing our understanding of the universe.
🎉 Congrats to Winfried Lohmiller and Jean-Jacques Slotine from @mit