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Building a Quantum-Biological Logic Gate in Python: From FMO Complexes to 16:1 Contrast Ratios.

DEV Community·Why Me (Nobody)·18 days ago
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​ Welcome to the Bio-Quantum Era: BQNI V4.1 and the 10-Site Excitonic Logic Bus Standard quantum computing is stuck at 0 Kelvin. Nature has been doing it at room temperature for billions of years. I spent the last month reverse-engineering the Fenna-Matthews-Olson (FMO) complex to build a digital twin of a bio-quantum interconnect. ​The greatest bottleneck in quantum computing isn't computational theory; it is environmental decoherence. The current industry standard requires isolating qubits at near absolute zero in massive, power-hungry dilution refrigerators. ​But nature solved this problem billions of years ago. ​Green sulfur bacteria utilize the Fenna-Matthews-Olson (FMO) complex to transfer excitonic energy with near-unity efficiency at room temperature. They do not fight the "noisy, wet" environment of the cell—they use it. ​Welcome to the digital manifestation of that biology: The Bio-Quantum Network Interconnect (BQNI).…

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