How Quantum Mechanics Powers the Near-Perfect Efficiency of Photosynthesis

TL;DR


Summary:

- The article discusses how quantum mechanics plays a crucial role in the highly efficient process of photosynthesis in plants and other organisms.
- Photosynthesis involves the transfer of energy from light-absorbing molecules to reaction centers, and this energy transfer process is facilitated by quantum mechanical effects, such as quantum coherence and entanglement.
- These quantum phenomena allow photosynthetic organisms to capture and convert light energy into chemical energy with near-perfect efficiency, which is a remarkable feat of nature.

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