It's gonna be wild . . .

Artificial Intelligence running directly on Nature’s Data

Nature Data

Nature ≠ 0 or 1 (binary, bit)

Nature = 0/1(quantum, qubit)

---“Nature is quantum.” - Richard Feynman

Richard Feynman said it memorable words,: “Nature isn’t classical, dammit, and if you want to make a simulation of nature, you’d better make it quantum mechanical, and by golly it’s a wonderful problem, because it doesn’t look so easy.”

---“‘Nature isn’t classical, dammit,’ and if you want to really understand and protect her, you’d better collect, process, and communicate data as she does---quantum mechanically.” - Jed Anderson, Creator, EnviroAI

3 aspects to this capability:

Quantum Sensing - collecting quantum data
Quantum Computing - processing quantum data
Quantum Networking - communicating quantum data

I’ve highlighted quantum computing in several past emails. Let me quickly highlight below a few links on developments in quantum sensing and networking.

—“Right now we’re performing environmental machine-learning on digital data (binary—bits---zeros and ones). What really excites us is the ability to perform machine-learning on quantum data (qubits—0/1) … nature’s more direct data.” - Jed Anderson, Creator, EnviroAI

… and here’s a helpful shot video on quantum networking.

---“Collecting digital data is essentially collecting data after the probability wave function has already collapsed. We want to start collecting data before the wave function collapses—while some of the data is still in superposition and other quantum states. We also want to be able to analyze and communicate this data while its still in superposition. Dealing with quantum information directly will make understanding and communicating with nature much faster and simpler.” - Jed Anderson, Creator, EnviroAI

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