Mechanisms created to manage a recurring condition may become dynamically coupled to, and dependent upon, the continued existence of that condition.
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dire straits: the economics of delay
Tag: energy
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The Problems a System Can See
Climate breakdown, war, energy insecurity, public health strain, technocratic overreach, automated exclusion, administrative drift, and the industrial circulation of disinformation are usually treated as separate crises, each assigned its own expert language, governance model, technical platform, and emergency response. But the deeper pattern is structural. Large systems do not merely solve problems. They determine which […]
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Blowing Bubbles
Extreme concentrations of wealth are not anomalies sitting awkwardly inside an otherwise functioning system. They are what the system becomes when its capacity to attenuate runaway amplification has been compromised. In any open, adaptive system, stability is not achieved through static balance but through a continuous negotiation between reinforcing and dispersive forces. Positive feedback generates […]
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Living Energy Fields
Peter Mitchell was a British biochemist who transformed biology by introducing the chemiosmotic theory — the idea that cells generate energy through electrochemical gradients across membranes, overturning the then-dominant mechanistic view of metabolism. “I cannot consider the organism without its environment… from a formal point of view the two may be regarded as equivalent phases […]
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Climate Change and the Logic of Holism
Climate change resists treatment as a set of isolated variables. It is not reducible to emissions inventories, technological substitutions, or regional agreements. It is a whole system phenomenon, where every action is bound into the larger field, and every tension is a projection of the system itself. The key property is not in the fragments […]
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Peripatetic Barycenter
If a barycenter wobbles and pirouettes around a “most probable” path or central band of statistical measurement(s), and if observed/calculated planetary and solar dynamics are a function of this mercurial relativistic particularity as it wanders across & through the galactic plane with c. 30M year driving frequency, what are the resonant properties of this system? […]
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ATP
Ageing is our embodied experience of entropy. In itself, it is neither good nor bad – it just is. The countless ways that things decay or almost wilfully disassemble – they tend on average to be costly and unpleasant experiences but there is a flip side to the story. This darker anomaly and compound mystery […]
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Cosmological Evanescence
Context: How will the Universe end? Cosmological evanescence as measured against the eternal darkness and endlessly meaningless expanses of infinite duration without life, experience or purpose. I expect the podcast might both begin and end with the generative complexity and radiating dissipative properties of thermodynamic entropy but I wonder how such vast existential facts can […]
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Collective Intelligence
Context: Editorial to the Inaugural Issue of Collective Intelligence, 24-Aug-22…https://journals.sagepub.com/doi/full/10.1177/26339137221114179 That intelligence and/or intelligence-like dynamical properties can be distributed, as it were, across the entire information and energy-processing “surface” of a complex system should give us all pause for thought. This seems to implicate thermodynamic system properties and self-organising computational dynamics that consistently bridge the […]
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The Black Box of Human Intelligence
The cognitive potential of any system is not so much a product of its informational architecture as it is a function of the dissipative dynamics that sustain it. This is where the black box of intelligence comes in – it is not so much a lack in our understanding of how the brain works, but […]
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Why Authoritarian Systems Fail
In thermodynamics, entropy is a measure of the disorder of a system. The natural bias of any ordered system system will always be to move towards equilibrium, where entropy is at a minimum. This is because a system will dissipate energy in order to become more ordered. In a complex system, entropy is necessary to […]
Context: Deep Learning’s Diminishing Returns Rolf Landauer coined the phrase that information is physical. The consequences being that all computation and sophisticated or automated statistical analysis at scale has similar costs, at scale. Diminishing returns is a function of the second law of thermodynamics. The article’s observation that “new approaches” are required is accurate. Are […]
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