Post
Computational Environmental Protection
Dartmouth 1956 … Solvay 1927 … Endicott House 1981
FYI - Fascinating bullet-points in this article today entitled: “Satellites are ushering in a new era of environmental accountability.”
Computational
Environmental
Protection
Historical Foundations for such a System
Dartmouth 1956 (AI)
Solvay 1927 (Quantum)
Endicott House 1981 (Quantum Computing)
I wanted to especially highlight this last conference. It was entitled “The Physics of Computation Conference”. Noted attendees included Richard Feynman and John Wheeler. It was the first time a group of computer scientists and physicists met to discuss the strangely discovered potential power in the intersection of their fields—and the first time the word “quantum computing” was uttered.
Remote-Sensing
Artificial Intelligence
Quantum Computing
—“Nature computes.”
—“Classical computing is really just an anthropocentric version of quantum computing.”
—“The universe is not focused on how people compute. It has its own means of computing. We must learn and use nature’s means of computing—which at a more fundamental level is quantum based.”
- Jed Anderson, CEO, EnviroAI
Licensed CC-BY-4.0 .
Original source: Constant Contact campaign
Markdown source: https://jedanderson.org/posts/computational-environmental-protection.md
Source on GitHub: /src/content/posts/computational-environmental-protection.md
Cite this
@misc{anderson_2021_computational_environmental_protection,
author = {Jed Anderson},
title = {Computational Environmental Protection},
year = {2021},
url = {https://jedanderson.org/posts/computational-environmental-protection},
note = {Accessed: 2026-05-13}
} Anderson, J. (2021). Computational Environmental Protection. Retrieved from https://jedanderson.org/posts/computational-environmental-protection
Anderson, Jed. "Computational Environmental Protection." Jed Anderson, May 11, 2021, https://jedanderson.org/posts/computational-environmental-protection.