Rise, Teleonomatons!

My essay for the Berggruen Prize this year. Of course, the organization missed an opportunity to drop down a staggering rabbit hole and lean into a whole new regime of neologistic energetics, but I do like the prize-winning essays!

Rise, Teleonomatons

Meaning entanglements

I can’t figure out what some statements about science mean, though I have a fair background in a range of scientific areas. Now, I can peruse highly technical papers, browse abstracts, interpret graphs, study conclusions, and typically do just fine. The professional stuff is a procession of arid facts and assumes the reader knows the basic definitions for things. It’s the popular versions of scientific insights that befuddle me—especially the definitions that try mightily to bridge meanings for learners. So do introductory texts. Light is a wave? Not exactly. Atoms are particles? Well, not quite, but they are small. Electrons orbit the nucleus? No, really, no. A force is an influence tending to change the motion of a body? OK, but what is an influence? People are influenced, aren’t they? Or under the influence.

And then there are texts like those of existential philosophers that leave me completely befuddled. What is this “Being” that they write about and how did it get so enlarged in significance, capitalized, and shoehorned by the translator into incomprehensible juxtapositions with other bulbous words?

It may be low pedantry to expect clarity from words and writing. We generally just roll with it and use the terms according to conventions inferred from reading and learning. We rush over the imperfect metaphorical bridges, the analogies, the similes. For physics, definitions are bound to the equations and measurement properties that accompany the words of description, and they become a semantic pier that is constantly informing our relationship with the ideas.… Read the rest

Causally Emergent vs. Divine Spark Murder Otherwises

One might claim that a metaphysical commitment to strong determinism is only porous to quantum indeterminacy or atomic indeterminacy (decay behavior for instance). Those two can be lumped together and simply called subatomic indeterminacy or something. Everything else is conceptually derivative of state evolution and therefore deterministic. So does that mean that my model for R fails unless I can invoke these two candidates? My suggestion of amplifying thermodynamic noise doesn’t really cut the mustard (an amusing semantic drift from pass muster, perhaps) because it only appears random and solely characterizable by these macroscopic variables like pressure and temperature, not because it actually is random in the molecule swirl.

But I can substitute an atomic decay counter for my thermodynamic amplifier, or use a quantum random number generator based on laser measurements of vacuum fluctuations. There, I’ve righted the ship, though I’ve jettisoned my previous claim that randomness is not necessary for R’s otherwises. Now it is, but it is not sufficient because of the need for a device like the generative subsystem that uses randomness in a non-arbitrary way to revise decisions. We do encounter a difficulty in porting subatomic indeterminacy into a human analog, of course, though some have given it a try.

But there is some new mathematics for causal emergence that fits well with my model. In causal emergence, ideas like necessity and sufficiency for causal explanations can be shown to have properties in macroscale explanations that are not present at microscales. The model used is a simple Markov chain that flips between two states and information theory is applied to examine a range of conceptual structures for causation running from David Hume’s train of repeating objects (when one damn thing comes after another and then again and again, we may have a cause), up through David Lewis’s notion of counterfactuals in alternative probabilistic universes (could it have happened that way in all possible worlds?),… Read the rest

Uncertainty, Murder, and Emergent Free Will

I’ll jump directly into my main argument without stating more than the basic premise that if determinism holds all our actions cannot be otherwise and there is no “libertarian” free will.

Let’s construct a robot (R) that has a decision-making apparatus (DM), some sensors (S) for collecting impressions about our world, and a memory (M) of all those impressions and past decisions of DM. DM is pretty much an IF-THEN arrangement but has a unique feature. It has subroutines that generate new IF-THENs by taking existing rules and randomly recombining them together with variation. This might be done by simply snipping apart at logical operations (blue AND wings AND small => bluejay at 75% can be pulled apart into “blue AND wings” and “wings AND small” and those two combined with other such rules). This generative subroutine (GS) then scores the novel IF-THENs by comparing them to the recorded history contained in M as well as current sensory impressions and keeps the new rule that scores best or the top few if they score closely. The scoring methodology might include a combination of coverage and fidelity to the impressions and/or recalled action/impressions.

Now this is all quite deterministic. I mentioned randomness but we can produce pseudo-random number generators that are good enough or even rely on a small electronic circuit that amplifies thermodynamic noise to get something “truly” random. But really we could just substitute an algorithm that checks every possible reorganization and scores them all and shelve the randomness component, alleviating any concerns that we are smuggling in randomness for our later construct of free agency.

Now let’s add a rule to DM that when R perceives it has been treated unfairly it might murder the human being who treated it that way.… Read the rest

The Rubbery Road from Original Position to Metaphysical Naturalism

From complaints about student protests over Israel in Gaza, to the morality of new House Speaker Johnson, and even to the reality and consequences of economic inequality, there is a dynamic conversation in the media over what is morally right and, importantly, why it should be considered right. It’s perfectly normal for those discussions and considered monologues to present ideas, cases, and weigh the consequences to American life, power, and the well-being of people around the world. It also demonstrates the fact that ideas like divine command theory become irrelevant for most if not all of these discussions since they still require secular analysis and resolution. Contributions from the Abrahamic faiths (and similarly from Hindu nationalism) are largely objectionable moral ideas (“The Chosen People,” jihad, anti-woman, etc.) that are inherently preferential and exclusionary.

Indeed, this public dialogue perhaps best shows how modern people build ethical systems. It looks mostly like Rawl’s concept of “reflective equilibrium” with dashes of utilitarianism and occasional influences from religious tradition and sentiment. And reflective equilibrium has few foundational ideas beyond a basic commitment to fairness as justice using the “original position” as its starting point. That is, if we had to create a society with no advance knowledge about what our role and position might be within it (a veil of ignorance), the best for us would be to create an equal, fair, and just society.

So ethics is cognitively rubbery, with changing attachments and valences as we process options into a coherent whole. We might justify civilian deaths for a greater good when we have few options, imprecise weapons, and existential fear (say, the atom bomb in World War II).… Read the rest

Be Persistent and Evolve

If we think about the evolution of living things we generally start from the idea that evolution requires replicators, variation, and selection. But what if we loosened that up to the more everyday semantics of the word “evolution” when we talk about the evolution of galaxies or of societies or of crystals? Each changes, grows, contracts, and has some kind of persistence that is mediated by a range of internal and external forces. For crystals, the availability of heat and access to the necessary chemicals is key. For galaxies, elements and gravity and nuclear forces are paramount. In societies, technological invention and social revolution overlay the human replicators and their biological evolution. Should we make a leap and just declare that there is some kind of impetus or law to the universe such that when there are composable subsystems and composition constraints, there will be an exploration of the allowed state space for composition? Does this add to our understanding of the universe?

Wong, et. al. say exactly that in “On the roles of function and selection in evolving systems” in PNAS. The paper reminds me of the various efforts to explain genetic information growth given raw conceptions of entropy and, indeed, some of those papers appear in the cites. It was once considered an intriguing problem how organisms become increasingly complex in the face of, well, the grinding dissolution of entropy. It wasn’t really that hard for most scientists: Earth receives an enormous load of solar energy that supports the push of informational systems towards negentropy. But, to the earlier point about composability and constraints, the energy is in a proportion that supports the persistence of systems that are complex.… Read the rest

Entanglements: Collected Short Works

Now available in Kindle, softcover, and hardcover versions, Entanglements assembles a decade of short works by author, scientist, entrepreneur, and inventor Mark William Davis.

The fiction includes an intimate experimental triptych on the evolution of sexual identities. A genre-defying poetic meditation on creativity and environmental holocaust competes with conventional science fiction about quantum consciousness and virtual worlds. A postmodern interrogation of the intersection of storytelling and film rounds out the collected works as a counterpoint to an introductory dive into the ethics of altruism.

The nonfiction is divided into topics ranging from literary theory to philosophical concerns of religion, science, and artificial intelligence. Legal theories are magnified to examine the meaning of liberty and autonomy. A qualitative mathematics of free will is developed over the course of two essays and contextualized as part of the algorithm of evolution. What meaning really amounts to is always a central concern, whether discussing politics, culture, or ideas.

The works show the author’s own evolution in his thinking of our entanglement with reality as driven by underlying metaphors that transect science, reason, and society. For Davis, metaphors and the constellations of words that help frame them are the raw materials of thought, and their evolution and refinement is the central narrative of our growth as individuals in a webwork of societies and systems.

Entanglements is for readers who are in love with ideas and the networks of language that support and enervate them. It is a metalinguistic swim along a polychromatic reef of thought where fiction and nonfictional analysis coexist like coral and fish in a greater ecosystem.

Mark William Davis is the author of three dozen scientific papers and patents in cognitive science, search, machine translation, and even the structure of art.… Read the rest

Kalam the Incorrigible as a Moral Good

I’ve previously complained that the Kalam Cosmological Argument is drivel, but a recent video reminded me that intellectual sophistication can arise from confronting drivel, because it helps expose more people to the tenuous, changing, and incomplete journey of modern science and philosophical interpretation/translation. I knew I was largely in alignment with modern science when I wrote that particular post (and others), but the video, considering the figures involved, provides additional compelling insights to push the viewer into thinking more carefully about the challenges and limits of our collective understanding of who we are, where we came from, and what it means to be here now.

I highly recommend it:

And what I think is most worth emphasizing and that may not be understood by laypeople and religious supplicants, or may not be internalized as deeply as it should be, includes:

  1. Our everyday experience and intuitions about similarly-sized matter are simply not applicable to quantum and relativistic scales, or to the implications of cosmological theories. “Causality” is one of those concepts. We see this in everything from the simple case of radioactive decay to contra-causal quantum experiments, and ultimately in the question of causation as applied to the universe itself.
  2. Science operates by applying metaphors, finding the limitations of those metaphors, filtering by empirical results, and then using the refined science as a new metaphor. Most of those metaphors are incompatible with everyday experience. If they weren’t they wouldn’t be so vexingly difficult to understand.
  3. Many philosophical worries about logical inconsistency are abstractly derived from everyday reasoning and may not apply to modern understandings of causality, space, and time.
  4. Humility about what we don’t know and effort to unravel it remains the best approach to our mysterious selves and the world.
Read the rest