Posts Tagged ‘philosophy’
“We do not stop playing because we grow old, we grow old because we stop playing”*…
… and so we shouldn’t. Ryan Weber (a professor of technical writing who, happily for us, moonlights) is here to help…
More at “‘Descartes Against Humanity’ and Other Games Designed by Famous Philosophers,” from @mcsweeneys.net.
Unrelated, but important: “Help save Internet Archive’s Wayback Machine by signing this petition.”
* George Bernard Shaw (though often mis-attributed to Benjamin Franklin)
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As we play, we might spare a thought for a philosopher whose game would likely be “The Game of Life,” Bernard Williams; he died on this date in 2003. As Knightbridge Professor of Philosophy at the University of Cambridge and Deutsch Professor of Philosophy at the University of California, Berkeley, Williams became known for his efforts to reorient the study of moral philosophy to psychology, history, and in particular to the Greeks.
His publications include Problems of the Self (1973), Ethics and the Limits of Philosophy (1985), Shame and Necessity (1993), and Truth and Truthfulness (2002). Gilbert Ryle, one of Williams’s mentors at Oxford University, said that Williams “understands what you’re going to say better than you understand it yourself, and sees all the possible objections to it, and all the possible answers to all the possible objections, before you’ve got to the end of your own sentence.”
Described by Colin McGinn as an “analytical philosopher with the soul of a general humanist,” he was sceptical about attempts to create a foundation for moral philosophy. Martha Nussbaum wrote that he demanded of philosophy that it “come to terms with, and contain, the difficulty and complexity of human life.”
“The world as we have created it is a process of our thinking. It cannot be changed without changing our thinking.”*…
The transition from small hunter-gatherer societies into complex civilizations gave rise to the first Axial Age [see also]. Does our polycrisis moment herald another big shift?
Nathan Gardels, editor-in-chief of Noema, introduces two provocative articles from the current issue that suggest that it might…
Is our present moment comparable to the first Axial Age some 2,500 years ago? This was a time when major religions, philosophical frameworks and ethical systems — from Hinduism and Buddhism to the Hebrew prophets and the Greek philosophes — emerged around the world in relative simultaneity.
In a Noema essay, Otto Scharmer thinks this is likely so. If history moves by cycles of challenge and response, he argues that today’s “planetary polycrisis” — widespread anomie, social distrust and disorientation in the face of war, climate change and the upheavals of AI — “demands not just better policies or technologies but a shift in our structure of consciousness” at the level of collective awareness. He continues, “For the first time in human history, the challenges we face require a planetary response.”
In the first Axial Age, the attainment of written language capacitated an inner life of reflection on the basis of abiding texts that created a platform for shared meanings. That critical self-distancing capacity for reflection, or “interiority,” enabled people to transcend their immediate circumstances, tribes and local narratives to become self-aware as individuals in the larger universe. The sociologist Charles Taylor called this process “dis-embedding.”
In this context, written language — the first cloud technology of stored information — fostered philosophical exchange, the codification of ethical systems and shared metaphysical notions of salvation from the earthly storm. The sense of ontological security these narratives promised amid perpetual turmoil spread the appeal among constituencies far and wide.
In our era, Scharmer sees a new axial shift toward “collective interiority,” in which a new consciousness of the relationality of all being as an indivisible unity conjoins the subjective inner world with the outer world. In a word, he sees the “re-embedding” of the individual back into the interdependence of community and nature, this time not out of narrow ignorance as in the ascribed past, but through an enlightened ecology of mind.
Scharmer’s prime anxiety is what he calls “an emerging epistemic monoculture.” He writes: “Just as industrial agriculture replaced the diversity of the living soil with chemical fertilizers and crop monocultures — productive in the short term, devastating over time — the current AI moment is producing an epistemic monoculture. It manifests in a single computational form of knowing that views the world as a set of objects.”
In this, he follows the philosopher Martin Heidegger, who feared in the 1960s that the integral nature of Being would be extinguished by the advent of cybernetic technologies, in which encompassing feedback loops self-reinforce calculating reason to the exclusion of any spiritual dimension or philosophical frame to elevate or govern it. He worried that what he called the “technicity” of instrumental means with no substantive end would inexorably prevail over the diminished soul.
The key question going forward is whether this is necessarily so. Is AI the path to an epistemic monoculture that depletes the rich soil of experiential existence? Or, through the capacity for planetary-scale computation, can it cultivate the very collective interiority that comes from a fuller understanding of how multiple intelligences comprise the Earth system as one self-regulating organism? Won’t augmenting the human field of experience with AI, and vice versa, generate the very awareness of relationality that bridges the divide between individual and collective interiority?
In a related Noema conversation, theoretical biologist and complex systems scientist Stuart Kauffman discusses how this new consciousness would manifest as a transcendent presence awakened within individuals’ inner lives.
Frontier scientific advances have made us humans realize we are embedded and entangled within Earth’s habitat. We are not above and apart from our biosphere, Kauffman says, but “co-creators” in its evolution. Like the poet Goethe, he sees a dynamic, creative universe as a continuous “divine” activity rather than a static set of laws for all time — creatio continua —in which humans are participants.
“What are the implications for the self-understanding and responsibility of human civilization in this undetermined unfolding?” I asked Kauffman.
He explained: “The spiritual consequence, I would argue, is a new sacredness of participation. If the world is not fully given in advance, then Creation is not only ‘back then’ but ongoing. The sacred is not merely a completed order; it is the act of becoming itself … [it is] reverence for the creative unfolding, not worship of a finished blueprint.
“A ‘Next Axial Age’ could be framed as a spirituality of co-creation rather than dominion. And crucially, this spirituality would not be anti-science — it would be a new science understood as careful participation in a living, creative world.”
The observant reader will surely note how far all of this is from the dominant zeitgeist of bitter polarization in both culture and politics, the backtracking on climate commitments, the waging of hard-power wars and the acceleration toward superintelligence with few guardrails in place. Yet it is precisely these extreme conditions that are fueling the search for a new way of seeing and organizing the world. It is in the nature of an axial shift that it arises in opposition to the present order…
Awareness of the relationality of all being is a response to the planet in crisis: “What Might The Next Axial Age Look Like?” from @noemamag.com.
Both of the cited pieces– “We May Be Entering A Second Axial Age” and “Emergence Is Not Engineering“– are eminently worth reading in full.
Apposite: “On metanarratives – or, how we transform our cultural mythology” by Sharon Blackie, complemented by Nicholas Carr‘s “Restoration of the Demon” and Alan Jacobs‘ “Something Happened By Us: A Demonology” together, a caution against mistaking re-enchantment for re-connection.
* Albert Einstein
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As we speculate on sea change, we might send compassionate birthday greetings to a man who tacked against the tide that may now be turning, Gustavo Gutiérrez; he was born on this date in 1928. A philosopher, theologian, and Dominican priest, he was one of the founders of Latin American liberation theology, and his 1971 book A Theology of Liberation is considered pivotal to the formation of liberation theology at large.
Gutiérrez’s theological focus connected salvation and liberation through the preferential option for the poor, with an emphasis on improving the material conditions of the impoverished. Gutiérrez argued that revelation and eschatology have been excessively idealized at the expense of efforts to bring about the Kingdom of God on Earth. His methodology was often critical of the social and economic injustice he believed to be responsible for poverty in Latin America, and of the Catholic clergy itself. The central pastoral question of his work was: “How do we convey to the poor that God loves them?”
“Common sense is not so common”*…
The Enlightenment is under attack by the Left and the Right. It can only be “saved,” Eliane Glaser argues, through use of its greatest legacy: permanent critique. And then there’s AI. After summarizing the critiques from both sides, she continues…
In consequence of this pincer-movement attack, the Enlightenment’s legacy is existentially vulnerable. It makes me deeply worried as someone whose entire career has been built on trying to understand and analyse the world around me – especially a world that still tries to confine thinking women to the realms of emotion and ‘personal experience’.
I believe that Enlightenment values are essential, but that we have largely forgotten how to make a good case for them: we need to rely on shared facts, tested by experiment; a public sphere where open discussion can take place; and the belief that discussion should be founded on reasoned argument. We need, moreover, to cherish the more political values of tolerance, freedom, human rights and the common good. Advocates for artificial intelligence have the temerity to claim that large language models are ushering in a ‘second Enlightenment’ (a claim that was uncritically echoed in a paper published by the World Economic Forum last year) when what we are in fact seeing is the destruction of the Enlightenment legacy under the false banner of its name. As the historian David Bell argued in The New York Times in 2025, AI is actually ‘shedding Enlightenment values’ by simply reinforcing ‘what we already think we know.’ In The Guardian,the journalist and geopolitical risk consultant Joseph de Weck warned that ‘AI is taking us back to the dark ages’, making us lazy, and stymying independent thinking.
The evidence suggests that we are going through a rapid de-enlightenment. Newspaper circulations, attention spans, and trust in forms of agreed knowledge are in freefall. Misinformation, disinformation and deepfakes are gaining ground. If we let go of the valuable aspects of the Enlightenment project, we open ourselves up to a world of AI blather, ‘my truth’ pronouncements, wobbly sentiment and unchecked power.
My unease with this parlous state of affairs has provoked me to go back and rethink the Enlightenment and what it has to offer. But, rather than unthinkingly recouping it as a mission, I want instead to tease out and weigh up its merits, to discern with nuance what is still fit for our times. I want to ask if it is possible to rescue the Enlightenment’s rallying power, and if it’s worth defending what the combined forces of Left and Right are coming together to attack. Are the Enlightenment’s deficiencies barnacles on an old ship, or integral to its design?…
And so she does. Do read on: “Flickering Enlightenment,” from @elianeglaser.bsky.social in @aeon.co.
* Voltaire
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As we reclaim reason, we might spare a thought for a glorious product of the Enlightenment, Joseph Haydn; he died on this date in 1809. A composer of the Classical period, he was pivotal in the evolution of chamber music forms like the string quartet and piano trio, and is known as the “Father” of both the symphony and sonata forms. Haydn was a friend and mentor of Mozart, and a teacher of Beethoven; indeed, the Haydn, Mozart and Beethoven trio are sometimes referred to as the “First Viennese School.”
Schonberg wrote that Haydn “was the Classic performer par excellence, and in his long life, from 1732 to 1809, he grew up with the new musical ideas and, more than any one man, shaped them.”
“Counterfactual reasoning, which deals with what-ifs, might strike some readers as unscientific. Indeed, empirical observation can never confirm or refute the answers to such questions.”*..
… still, we ask of our history, our reality “what if?”… The estimable Colin McGinn ponders why…
In a world with less gravity, the birds would be huge. In a world with more gravity, only insects would fly. In a world with more light and plant predators, plants would have consciousness and advanced intelligence. In a world with greater water resistance, whales would be small. In a colder world, there would be no cold-blooded animals. In a hotter world, all animals would be cold-blooded. In a wetter world, we would have gills. In a drier world, life would begin on the land, if it begins at all. In a world without tool-forming materials, we would still be walking on four legs. In a world with only predators, there would be no life. In a world without predators, life would be simple and boring. In a world without a sun, life would be primitive, unless there was another power source. In a world with available nuclear power, life would be much more abundant than now. In a world without consciousness, there would be no war. In a world without emotion, there would be no suicide. In a world with no psychology, there would be no madness. In a world without motion, there world be no progress and no death. In a world without causation, there would be only chaos. In a world without necessity, there would be only randomness. In a world without events, everything would be eternal. In a world without the infinite, there would be no finite. In a world without relations, there would be no facts. In a world without facts, there would be nothing. In a world without reality, there would be no unreality. In a world without nothingness, there would be no being.
Counterfactuals are inherently surprising, which is why we are fascinated by them. They tell us how different things could be under small changes. There are many kinds of counterfactual. We live in their shadow. They are always controversial, sometimes paradoxical. They give us a sense of intellectual freedom. They scare us. They are also funny. We wouldn’t know what to do without them. In a world without counterfactuals, there would be no thought worthy of the name…
On the utility– the necessity– of contemplating the unreal: “Counterfactuals.”
See also: “What is counterfactual thinking and why should you care about it?” (source of the image above)
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As we analyze alternatives, we might recall that it was on this date in 1898 that chemist Morris Travers discovered Krypton– the element (Kr), not the counterfactual planet.
“Reality is that which, when you stop believing in it, doesn’t go away”*…
Particles are nature’s smallest constituents, but that doesn’t mean they’re fundamental. So of what, physicist Felix Flicker asks, does the Universe consist?…
What is the world made of? For centuries, people have believed that matter is constructed from tiny, indivisible parts. Some of the earliest known references come from the Greek philosopher Democritus, who taught that the Universe was composed of atoms the size of dust motes floating in sunlight. Theravada Buddhism developed the concept of kalapas, indivisible bundles of properties fleeting into and out of existence. Alchemy’s description of fundamental ‘corpuscles’, expounded by Isaac Newton and others, derived from translations of Aristotle by mediaeval Islamic scholars. And Hideki Yukawa, winner of the 1949 Nobel Prize in Physics for his work developing the modern theory of elementary particles, took inspiration from a passage in the Zhuangzi, a Daoist text written during China’s warring states period, in which fast-moving entities puncture holes within formless chaos. Yukawa saw a parallel to particle collisions.
The concept of a particle, as we now refer to these indivisible parts, has therefore been repeatedly re-introduced in contradictory ways. The modern view continues this tradition. In late-19th-century physics, particles were tiny indivisible objects with well-defined positions and momenta. The advent of quantum mechanics led these clear waters to become muddied. But the basic idea persists: we are taught from a young age that matter is made of atoms, built from particles such as electrons, and electrons are not built from anything else. For this reason, these particles are sometimes said to be fundamental. But are they? Is the Universe really made from the smallest constituents, as a beach is made from sand?
The answer to this question, I will contest, is perhaps a surprising one: yes, the Universe is built from fundamental units – but fundamental need not mean smallest. This view is generally adopted by those physicists, such as myself, who work in the largest discipline within the subject: quantum matter. This is the study of quantum behaviours that manifest on everyday scales: the attraction of iron to a magnet, the flow of electricity along a wire, or the passage of sound through a crystal. In these settings, too, we find particles. But these particles are not elementary, like the electron: they are emergent.
The distinction can be pictured as follows. Imagine a lightbulb, its rays of light travelling to your eyes. We can ask what those rays are made of. Quantum mechanics has an answer: a ray of light is a stream of individual particles called photons. In turn, we can ask what the photons are made of. The answer this time is that they are not made of anything else: they are elementary. Now imagine that this lightbulb is of a vintage sort, and gives off a gentle hum. It emits waves of sound that travel to your ears. We can again ask what those waves are made of. And, once again, quantum mechanics has an answer: a wave of sound can be described by individual particles called phonons. Now, if you are familiar with the Standard Model of particle physics, you will know that it contains photons but not phonons. The reason is that phonons are not elementary. If you ask what a phonon is made of, there is an answer: it is a pattern of vibrations of the atoms in the air. In the study of quantum matter, however, we say it is an emergent particle.
So what are emergent particles? Are they as real as elementary particles? And, perhaps most importantly, can they tell us anything new about the nature of reality?…
[Flicker answers the first two of those questions, then turns to the third…]
… So, are elementary particles emergent? Even if we can ever answer this, we will be faced with the same question, whatever we find. In the end, whether you like the idea comes down to personal taste and, perhaps, a degree of cultural upbringing. The more widely publicised attempts at a ‘theory of everything’ always struck me as suspiciously similar to themes in the Old Testament: the Universe was once describable by a single mathematical formula, but that one, true quantum field spontaneously broke in a cataclysmic event that resulted in the messy collection of particles we find before us. I find that the quantum matter perspective, on the other hand, resonates with me in a similar manner to the Daoist texts such as the Zhuangzi. From this new perspective, it is our current world that is beautiful. It grew from a swamp of possible theories, each ugly in its arbitrariness: it doesn’t matter which way we followed, as they all lead here…
A physicist argues that our universe is more than the sum of its particles: “Reality Emerges,” from @aeon.co.
Resonant: “There Is No ‘Hard Problem Of Consciousness’,” from Carlo Rovelli
Also apposite (and fascinating): “Physicists just found a tiny flaw in time itself,” from ScienceDaily.
* Philip K. Dick
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As we muse on materialization, we might send insightful birthday greetings to Jack Steinberger; he was born on this date in 1921. An experimental physicist, he worked on sub-atomic particles– the “elementary” constituents of matter discussed above– at Columbia, UC Berkeley, and CERN. He shared the 1988 Nobel Prize in Physics (with Leon M. Lederman and Melvin Schwartz) for the discovery of the muon neutrino.













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