Hey guys, I know if we were meeting weekly we'd be yakking about AI quite a bit, given we're such nerds 'n all.
Well, along those lines, I am here to heap praise on Perplexity, a front end to some chatbots, I'll do some research about which ones if people are interested.
I know they added DeepSeek R1 to their Pro search, of which I get about three each month. The one below was a plain vanilla freebie to me.
Visit
perplexity.ai if you wanna know more, or click my link at the bottom (which also takes you there).
You'll find my prompt resonates with ISEPP themes, including featured books and speakers.
I've stumbled on a new-to-me economist, Keen, and I feel inspired by a lot of what he says just as Terry was so inspired by Romer.
Then from my Quaker background, I knew about Kenneth Boulding already. Might we tie them together, along with that Dorion Sagan lecture?
I'm impressed by how good the chatbot's reply is.
I'm not doing any fixing up whatsoever other than to make the formatting prettier (e.g. real boldface instead of some markup punctuation).
Terry, are you listening? This reply is great, no?
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Prompt (written by me):
How do the thermodynamically aware views of Steve Keen dovetail with (a) those of general systems theorist Kenneth Boulding and (b) those expressed in the book Into the Cool, which talks about our energy economy and ecosystem riding a solar gradient. The planet is already fusion powered in that sense.
Reply (what I got back in a few seconds):
Steve Keen's thermodynamically aware views on economics align closely with both Kenneth Boulding's general systems theory and the concepts presented in "Into the Cool" by Eric D. Schneider and Dorion Sagan. These perspectives share a common thread of incorporating energy and thermodynamic principles into the understanding of complex systems, including economic and ecological processes.
Alignment with Kenneth Boulding's General Systems TheoryKeen's approach to economics resonates with Boulding's hierarchy of system complexity:
1. Keen emphasizes the role of energy in economic models, which aligns with Boulding's recognition of open-throughput systems[2]. Both acknowledge that economic systems involve continuous flows of energy and materials.
2. Boulding's hierarchy progresses from simple mechanical systems to complex biological and social systems[5]. Similarly, Keen argues for moving beyond simplistic neoclassical economic models to more complex, dynamic representations that account for energy flows[1].
3. Both thinkers recognize the limitations of reductionist approaches when dealing with higher levels of complexity[5]. Keen's critique of neoclassical economics for ignoring energy aligns with Boulding's warning against applying lower-level concepts to more complex systems.
Connections with Into the CoolKeen's work dovetails with the concepts presented in "Into the Cool" in several ways:
1.
Energy as a fundamental driver: Both Keen and the authors of "Into the Cool" emphasize the critical role of energy in driving complex systems, including economies and ecosystems[3][6].
2.
Thermodynamic principles in economics: Keen's incorporation of energy into economic models echoes the book's application of the second law of thermodynamics to various fields, including economics[3].
3.
Complexity and energy gradients: "Into the Cool" discusses how complex systems emerge to dissipate energy gradients[6]. This aligns with Keen's view that economic models should account for energy flows and their role in economic processes[1].
4.
Interdisciplinary approach: Both Keen and the authors of "Into the Cool" advocate for bridging disciplines, particularly connecting physics (thermodynamics) with economics and ecology[3][7].
The concept of the planet being "fusion powered" through the solar gradient is consistent with Keen's emphasis on energy's role in economic systems. This perspective recognizes that the Earth's ecosystems and human economies ultimately depend on the energy flow from the sun, which is indeed a product of fusion[9]. Keen's work, by incorporating energy into economic models, implicitly acknowledges this fundamental energy source driving our planet's systems.
In conclusion, Steve Keen's thermodynamically aware economic views align well with both Boulding's systems theory and the concepts in "Into the Cool." All three perspectives emphasize the importance of energy flows, complexity, and interdisciplinary approaches in understanding economic and ecological systems, moving beyond traditional reductionist models to more holistic, energy-aware frameworks.
Citations:
[1]
https://www.rebuildingmacroeconomics.ac.uk/post/integrating-macroeconomics-and-ecology-via-energy-and-the-laws-of-thermodynamics[2]
https://www.beyondintractability.org/moos/system-levels[3]
https://press.uchicago.edu/ucp/books/book/chicago/I/bo3533936.html[4]
https://exergyenergy.com/financial-thermodynamics/[5]
https://systemsthinkingalliance.org/understanding-the-boulding-hierarchy-of-complexity/[6]
https://archive.org/details/intocoolenergyfl0000schn[7]
https://profstevekeen.substack.com/p/the-role-of-energy-in-production[8]
http://grahamberrisford.com/AM%204%20System%20theory/SystemTheory/ChallengingSystemsThinkers/01%20Bouldings%20ideas.htm[9]
https://press.uchicago.edu/Misc/Chicago/739368.html
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If you got this far, then wait, there's more:
That should be a link to the whole thread, where I start out prompting it to cough up Steve's name but it coughs up Eric's instead... anyway, you'll see.
Kirby