Capitalism and qts in plain english

In plain English: what the article is saying

1. Why compare capitalism to biology in the first place?
   Scientists who study life with Quantum-Teleodynamic Synthesis (QTS) say living things keep themselves going by doing three things at once:
   • They find fast, low-energy ways to move stuff around (“quantum coherence”).
   • They remember the useful lessons from experience (“information ratchets”).
   • They constantly balance those two so they look purposeful (“teleodynamics”).
   The author argues that modern market capitalism does exactly the same three things—just at the scale of factories, money and laws rather than cells and molecules. lfyadda.com
2. Pillar 1 – Cheap, fast channels (capital & tech).
   Money, credit and new technology act like an express lane that lets resources “tunnel” past old obstacles—much the way quantum tricks let energy zip across a photosynthetic leaf. High-frequency trading, venture capital and online platforms keep lowering the cost and time needed to move goods or ideas. lfyadda.com
3. Pillar 2 – Prices are the economy’s memory.
   Each price tag is a tiny summary of what everybody knows about supply, demand and risk. Profits reward the companies that learn to do more with less; bankruptcies erase the ones that don’t. Over time this relentless “edit-and-save” cycle compresses the world’s know-how into better tools and processes—just as DNA keeps the successful genetic tricks. lfyadda.com
4. Pillar 3 – The feedback loop we call “the market.”
   Contracts, courts, cultural norms and government rules link Pillars 1 and 2. Together they nudge the whole economy toward certain long-term patterns—growth booms, recessions, tech waves—much like biological feedback steers a cell toward survival. lfyadda.com
5. History in three quick snapshots.
   • Steam power (1700s-1800s). Cheap coal and steam engines blew open new energy channels, while patents and joint-stock companies locked in the knowledge. The factory system became the era’s dominant “life-form.” lfyadda.com
   • Electricity & oil (late 1800s-early 1900s). Massive grids and pipelines raised operating costs but delivered even more energy, so the trade-off was still worth it. Railroads and trusts showed how big a “coherence scaffold” firms could build before antitrust laws trimmed them back. lfyadda.com
   • Digital age (1970-today). Microchips shrank the energy per calculation to almost nothing. Cloud computing and AI now crunch mountains of data into micro-targeted ads—the sharpest information ratchet yet. When the value of data (α) races ahead of the cost of keeping institutions honest (β), monopoly and “surveillance capitalism” appear. lfyadda.com
6. Crashes are like biological “reset” moments.
   Great Depressions, oil shocks or the 2008 financial crisis look, in QTS terms, like a loss of coherence: debts pile up faster than the system can manage, so the economy sheds firms, rewrites regulations and starts over—much as a cell dumps faulty proteins to avoid death. lfyadda.com
7. Policy, translated into QTS language.
   • Carbon taxes raise the “coherence cost” of dirty tech, pruning it.
   • Patent rules tweak the reward for storing knowledge.
   • Stimulus spending pumps more energy (money) through the system.
   • Antitrust laws cap bloated institutions so competition—your information ratchet—keeps working. lfyadda.com
8. The big takeaway.
   If you picture capitalism as a giant, living engine that survives by burning energy, learning from experience and keeping its organisations just complex enough, then economics and biology start to share the same playbook. Using that shared playbook could help us fine-tune markets the way engineers now fine-tune quantum devices—ideally steering capitalism toward prosperity that doesn’t trash the planet. lfyadda.com

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