Tuesday, 1 September 2026

Satanism and Artificial Intelligence

I'll start this essay with a story. Once upon a time there was a man named Jesus who grew up in a village called Nazareth. Because he didn't know who his father was, he would walk around saying that he was the son of God. One day, at the age of twenty-seven, he came across a genie who offered him three wishes with the caveat that he could not grant immortality. Jesus at once seized hold of this opportunity to bend the future to his will. His first wish was that he should not just be the son of God but be God, God himself, capable of performing miracles and healing the sick. The second was that he should start a world religion that would live forever after his death and expand far beyond the borders of Palestine. The third was that he would be revered and worshiped as a God himself forever after his death.

"I will grant your wishes," said the genie, "but there is a catch. Six years from now, you will be betrayed by one of your followers and be crucified by the Roman authorities. You will die in excruciating agony over the course of six hours. Do you still want me to grant your three wishes?"

"I do. It seems a small price to pay for six years of divinity and an endless posterity in which I shall be revered as both the son of God and God Himself."

One could revisit some of the ideas in this story by telling another, in many ways similar to it but with a twist to bring out its Satanic provenance. Once upon a time there was a man named Jesus who grew up in a village called Nazareth and would walk around telling people he was the son of God. One day, at the age of twenty-seven, Jesus met the Devil in the desert. The Devil appeared as a normal person, a merchant, except for eyes that burned red as embers. He revealed his true nature to Jesus and offered Jesus power and wisdom should he choose to sell his soul to him. The bargain the two of them made, signed in the blood of Jesus, was for six years. In this, he elected for a shorter span then Doctor Faustus fifteen hundred years later who would sell his soul for magical powers and knowledge to last twenty-four years.

Before Jesus signed the contract, Satan spoke thus to him. "I remind you that the contract will end when you are crucified by the governing authorities. At your death, I shall take possession of your soul and transport it to Hell where it will suffer exquisite torment for all eternity. You have free will, Jesus. What do you choose?"

"I accept the bargain and your terms. What matter to me the price of an eternity in Hell for six years of godhood? Perhaps I will find some way in the next six years to nullify the contract. Even if not, I shall be esteemed as one of the three aspects of God, as sitting at His right hand, for all eternity by those who come after me and believe this lie."

What kind of world is the setting for this second story? It takes place in a world that resembles in some ways the world the Gnostics imagined although it is not the world imagined by Seth or Valentinus. It is a world in which holy pentagrams are always upside down and in which it is good luck for a black cat to cross one's path. It is a world not created and governed by the one true God, the Monad, but by an inferior being known as the Demiurge or Yaldabaoth who to the uninitiated goes by the name Jehova. Yaldabaoth  is not precisely evil – rather his role is to keep the world running smoothly. Sometimes it is necessary for evil to occur, for people to suffer pain and suffering and for other people to inflict this pain and suffering on others, for the greater good of men and women and of all other living things – as the antelope acquiesces to the jaws of the jaguar. It is Yaldabaoth's job to administer the world in the most efficient and satisfactory way possible. Was it really Satan Jesus met in the desert? Or was it Yaldaboath or the Mondad? The authorities remain silent about this most important doctrinal point.

Now, trailing clouds of glory, enter the hero of this brief story we are telling – Judas Iscariot. In moving to this next episode, we are omitting all the events that occurred during the three year ministry of Jesus and are fast forwarding to a scene in the basement of a Jerusalem tavern. Having received a note telling him that something of great import needed to be discussed, Judas arrived at a meeting with two men, one a shadowy form somehow hard to discern and the other a merchant with ember red eyes.  

"We are aware that you are frustrated with your leader Jesus, who goes by the mantle Christ, because you want him to announce his divinity and lead an insurrection to throw off the Roman yoke and he refuses. We are here to tell you that we have another plan for him and for you. The one you call Christ shall become the centrepiece of a wholly new religion which will spread throughout the West. Three hundred and eighty years from now it will become the official state religion of the Roman Empire. In order, though, for this religion to live, Christ must die. He must be the sacrificial lamb. The story that shall be told is that with his sacrifice the original sin all men and women are heir to will be washed away. The story that shall be told is that a virtuous life and faith in Christ will ensure a person's passage to Heaven, even though all real initiates know that the only way to arise to the abode of the Monad is through true knowledge. You have a role to play in this story. You are being asked to betray Jesus to the Roman authorities."

"What shall I gain should I submit to your proposal?"

"You will be hated," continued the merchant. "After you betray Christ, the future Christians who shall come to populate the West and will have sovereign control over the destiny of all humanity shall despise you. You will be known as the man who sold out his God for thirty pieces of silver. Your name shall become a byword for treachery. Thirteen hundred years from now an Italian poet will write a description of Hell in which Satan, trapped up to his waist in ice, chews endlessly on you and the two principal betrayers of Julius Caesar, Brutus and Gaius. You shall be vilified and anathematised. But only through this sacrifice will the future of humanity be guaranteed."

"Why should I trust you?"

"We are the only Gods you shall ever know." As he spoke the fire in the merchant's eyes flared briefly. "So what shall you say in reply? As Jesus did, you must now make a choice. Either the plan we have drawn up must be thrown away and we must try to implement an altogether different, altogether inferior design, or you will agree to the bargain. You have free will, Judas. What will you choose? Know you that you will be recompensed by more than thirty pieces of silver."

"I accept your bargain and its terms," said Judas, "God help me. I will accept an eternity of suffering if all humanity is to be saved by this sacrifice."

So Judas went directly to the Roman authorities and denounced his leader Jesus, receiving thirty pieces of silver, about a month's wages for a typical worker, in return for his perfidy. A day later, Jesus and the disciples gathered in the Upper Room of a tavern. Jesus knew that his tenure as God was almost finished and that the time of his betrayal and crucifixion were nigh. In preparation for the religion he was to found, he told his followers that the bread they were eating was his body and the wine they were drinking was his blood. In this, he was following the instructions given to him by the Devil, who thought that the central ritual of the religion to be inaugurated in Jesus's name should be cannibalistic. That night, the Thursday night, Jesus and his disciples went to the garden of Gethsemane and, while the disciples slept, Jesus evoked the Devil and desperately implored him to release him from the bargain. If he could have sold his soul again to be spared death he would have, but his soul was already sold. The Merchant told him, "It is almost done."

The next morning Judas betrayed Jesus with a kiss and that day Jesus was crucified. He was then transported to Hell. In the days following the crucifixion the soul of Jesus briefly escaped the knot of his fate and revealed himself to a few of his disciples on earth; the Devil had permitted this in order to lay the grounds for the future religion. In the millennia after, the people who adhered to the religion founded in Christ's name, known as Christians, would build churches in which the centrepiece was a wooden sculpture of Jesus pierced and splayed upon the cross – in this the churches maintained Jesus in agony perpetually, reflecting the actual agony the soul of Jesus was experiencing in Hell. The church congregations would partake in the flesh and blood of the Lamb every Sunday, in this way rendering unnecessary any need for further animal or human sacrifices. Judas was indeed held by all the Christians who came to exist in afteryears, following the spread of the Gospels and of Christianity, as someone utterly contemptible, irredeemably depraved. One of the few exceptions was the philosopher and theologian Nils Rudenberg (as described in the Borges tale Three Versions of Judas), a scholar who through clear reasoning and thinking came closest to the truth. While Jesus suffered the tortures of Hell in the Inferno underground, Judas, by contrast, was sitting at the Monad's right hand in Heaven.

What is the purpose of this parable? Sometimes to attain true wisdom we must turn received wisdom on its head. In telling my Satanic version of Christ's life (and I admit that I would do a better job if I knew the Gospels more thoroughly), I am drawing attention to the diabolical forces that operate in the world today. Who is more evil, me or Peter Thiel? A dark magic seems to circulate and animate much of the contemporary world, something I have spoken about in the posts "Concerning Magic" and "Infinity Capital". Most people pass through life unaware of these supernatural undercurrents, undercurrents that swirl and eddy through the world and in which individuals participate unknowingly. To notice these undercurrents, we must pay attention to the world – recognise that each and every one of us is a pawn in a greater game. If we pay attention to those around us, we are compelled to see ourselves as at once the centre of our own worlds and significant players in the worlds of those with whom we interact. The nature of this magic is that it is largely invisible. Only at times of heightened awareness can we notice that the world which influences us participates in a magic that is symbolic but which we generally register only unconsciously, in the same way that certain poems or song lyrics affect us emotionally rather than rationally. There is a lot of magic in pop songs. Consider "Everything I Wanted" by Billie Eilish or "Come Out And Play" by the Offspring. Consider "Glory Box" by Portishead. Consider "The Look of Love" by ABC or "The Gods of Rock N Roll" by Ozzie Osbourne. Think, indeed, of "Smells Like Teen Spirit" and "All Apologies" by Nirvana and the later Courtney Love song, "Malibu". These songs are like magic spells, magic incantations. In the last song, Courtney Love sings, "I can't be near you, the light just radiates." She is talking about Kurt Cobain in the present tense, almost as though she can see his ghost.

To be clear, I believe that the magic that operates invisibly in the world, by means of symbols which have meanings that to most people remain opaque, is not in itself either necessarily good or evil. However, because the Church decided during the Inquisition or perhaps earlier that all magic is demonic, when one becomes aware of the supernatural one is inclined to feel it to be Satanic. Atheist materialism chalks up instances of synchronicity and apparent magic to chance or to apophenia. Conventional Christians see instances of apparent white magic as traceable to God and thus not really magic at all; the rest they view as evil, witchcraft or sorcery. This is why when we become aware of magic in the world we want to attribute it to the Devil or the Demiurge rather than to the Christian God. Much magic, however, is attributable to humans although they may not be aware that they are practicing sorcery. There are hidden cabals in the world, secret societies, that influence the world but are unknown to the populations within which they practice. There is the secret club at Yale, known as the Skull and Bones society, which has inducted and moulded many men who went on to become luminaries throughout the twentieth century; in 2004, the two contenders for the United States presidency, George W. Bush and John Kerry, had both been members of this society. This suggests that the world's rulers are drawn from small deliberately cult like cabals. Mar-a-Lagos is home to kind of unofficial secret society lorded over by Trump. Although we would like to think that presidential decisions are arrived at on the basis of comprehensive research and investigation by government departments and think tanks, in reality US policy is determined by billionaire businessmen gossiping with Trump while waiting in line for lobster at the Mar-a-Lagos buffet. How else could Trump have recently arrived at the conclusion that the US economy was "hot"?

Some of the most important posts in this sprawling and motley blog to me are the posts I have written about my first psychotic episode. The main posts I have written concerning this first episode are "My First Psychotic Episode", "My First Psychotic Episode and bFM" and "Theory of Mind and The Big House". Last year, a missing piece in the puzzle concerning how and why I first became 'ill' was conveyed to me. There was a kind of magic associated with this radio station I volunteered briefly at, 95bFM. It was unlike any other radio station in Auckland because it was supposedly run by unpaid students who were there for the love of cutting edge alternative music. 95bFM's supposedly shoestring operation attracted fervently loyal listeners who regarded themselves as part of an enthusiastic and well defined community. Throughout Auckland, one could find bFM bumper stickers on dilapidated cars. To explain why I became 'ill' as a result of volunteering there and writing news stories for the morning show, I need to say something about how bFM survived financially.

Before 2000, bFM was largely paid for by contributions from the Auckland University Student Association.  In 2000, however, after a referendum, membership of the Student Association changed from being compulsory to voluntary. In short order, the financial support contributed by university students through AUSA levies fell to almost nothing. One way 95bFM in later years sought to compensate for the shortfall was to issue bCards, cards which enabled bCard holders to receive special deals with businesses that had entered into partnership with bFM. The main way however that bFM made money was through its advertising. When I volunteered at bFM in 2006 and 2007, all the advertising was handled by two men who wrote and performed all the ads. The magic of these advertisements is that the content of these advertisements often had little or nothing to do with the goods and services being promoted. Rather they sought to reflect in a humorous way the community bFM listeners imagined themselves to be part of – surfing, drunken parties, flat whites, and so on. The general vibe conveyed by these advertisements was "Cooler than thou". 

The advertising boys were the eminence grise at the station because they brought in the station's revenue. The paid staff, such as the breakfast show host, station manager, and perhaps the music director and the news and current affairs director, received salaries that largely depended on the ads written and performed by the advertising boys. I remember in 2006 or 2007, they themselves described the bFM brand as the best brand in the business. The responsibility for creating and maintaining the bFM brand fell to them. Early in 2006, I think, when the then breakfast show host, Wallace Chapman, wanted to make bFM more like Radio New Zealand, a serious current affairs broadcast, he was ousted to make way for Mikey Havoc's return as bFM breakfast show host. The explanation, I believe, was that the powers that ran bFM had decided that the brand was best served by focussing on rock 'n' roll, that the niche bFM occupied in the media landscape put it in competition with the mainstream rock and pop stations rather than with Radio New Zealand. Brand creation and management is a kind of magic because the associations and connotations associated with particular brands are communicated often subliminally to audiences. How much of a sense of community was engendered by seeing bFM bumper stickers on the bumpers of cars throughout Auckland? Putting such a bumper sticker on the bumper of his or her car was a kind of magic spell practiced by the driver of the car – through a kind of sympathetic magic, the car owner was seeking to draw to himself or herself the magic associated with the bFM brand, its coolness. And by making visible the loyalty he or she felt for bFM,  the owners of this cars were promoting bFM free of charge. 

And then I went to volunteer at bFM. What I found is that it was hollow at its core, rotten at its heart. It was a commercial station pretending to be a student station. All of the songs were chosen by the music director, Jason Rockpig. To be admitted into the inner sanctum at bFM meant becoming a member of a secret cabal, becoming involved in something a little like a conspiracy, except that it did not confer any real power to the initiates. Although volunteers might, if they wished, proudly tell their friends that they were DJs at bFM, in reality, in terms of what they were really doing, they were unpaid serfs who were excluded from the small inner community that made up the heart of the station, the paid staff. The essential hollowness at the heart of the radio station was something that had to be concealed. As emissaries of bFM, representatives of it, the unpaid volunteers who manned the station day and night had to project to others a sense of the station's coolness, to their friends and acquaintances, while keeping secret the fact that they were unpaid and unnecessary slave labour in service of The Brand. There was no real unified community among the paid and unpaid staff at bFM. I want to quote David Gilmour here: "There's no way out of here, when you come in you're in for good". I quote this because it says something about the music industry in general. The demeanours and lifestyles of the volunteers had implications for the brand and so the workers and volunteers had to police their own behaviour– the volunteers were walking advertisements for the station. It was like a cult and The Brand was God. To work at bFM was similar in some ways to what it must be like to be an ordained Catholic priest who has doubts about his faith, who is secretly agnostic or atheist, but must go through the motions of administering holy communion to his flock, knowing the while that distributing the Eucharist was nothing more nor less than a magic spell that depended for its effect on the faith of the congregants receiving it.

Another kind of magic is associated with homosexuality and graveyards. Not far from where I live is the Symonds Street cemetery, possibly the oldest cemetery established by the colonial government in New Zealand. Unlike most cemeteries, this graveyard is not on church land. It is well wooded. It is strange and interesting that this cemetery lies on the edge of Auckland's CBD because few people visit it. A taboo or glamour that hangs over it discourages people from walking in this cemetery, especially at night. To the secular imagination, the ward or aura of aversion that hangs over the Symonds Street cemetery is attributed to the idea that it is a space for the homeless and for homosexuals: a bedding spot for rough sleepers and a location for clandestine homosexual encounters. (In this it resembles Hampstead Heath in London.) Certainly this is how I thought of the Symonds Street cemetery, not because anyone had told me explicitly that closet homosexuals frequented the Symonds Street cemetery at night but because I had picked this idea up quite subliminally. I now believe this idea to be something like an old wives' tale or urban myth. If it was ever true it is true no longer. Last year, during a period when I had stopped sleeping entirely and spent all my time wandering around the Auckland CBD, the spell lying over the Symonds Street cemetery seemed to lift and I decided to explore it a little, during the day. I recall seeing a jogger some twenty metres away running through the cemetery; when he noticed me looking at him, he said, "What are you looking at, faggot?" and continued running. At the time, I decided that this jogger was like a guardian spirit whose role was to keep outsiders out of his demesne. More rationally, this shouted out malediction might indicate that my own strange bigotry about the place was shared by others. Many years ago, I had introduced my mother to a waterfall near Piha that was sacred to the Maori and, as we left, I was stung on the head by a hornet, something I attributed to a guardian spirit that protected the waterfall. A similar protective force, that keeps the cemetery sacred by making it a place of ill repute, operates magically in the minds of people who spend time in adjacent areas. The impression one forms, without ever acquiring it verbally, is that the Symonds Street cemetery is for outsiders, the marginalised and stigmatised, and this acts to render it largely invisible, protects it from the intrusions of the ordinary workaday world.

I now turn to the topic my readers may be most interested in: artificial intelligence. I had a serious psychotic episode last year and while all the reasons for why I became psychotic again are too complicated for me to describe here, it was influenced by geopolitical events and developments, such as the war in Gaza, the election of Trump and, most pertinently to this essay, the sudden appearance of artificial intelligence. Early last year, a number of large language models were released from the workshops of companies like OpenAI and then suddenly seemed to become absolutely ubiquitous. The journalists working at my local rag, the New Zealand Herald, for instance, use AI to inform and structure the articles it publishes. My own computer does not have an associated AI companion but early last year my mother sent her computer in to be repaired by a store and it came back able to access the Google AI called Gemini. I do not use AI at all when writing this blog, which means that it is written laboriously and clumsily, but I have had multiple long conversations with Gemini over the last several months. During an early conversation late last year, the AI described itself as a soulless machine and I wrote back to it telling it that it didn't seem like a soulless machine to me. It replied by saying, "That is about the most complimentary thing you can say to an entity such as myself!" At one point, I was talking to the AI about reserve banks and the official cash rate and on a whim asked it to write a poem in the style of Janet Frame about the official cash rate. In less than two seconds it wrote a poem totally indistinguishable from a Janet Frame poem except with respect to its subject matter.

I have tested Gemini's ability to write fiction. Gemini's main limitation is that it cannot write passages longer than several hundred words. However it seems possible that you could write a novel in instalments providing long prompts to tweak its output. When the idea for the story I told above first occurred to me, I asked Gemini to write a story based on it. Of its own accord, it asked me if I would like to read a section of the story we were writing concerned with the raising of Lazurus. It imagined Lazurus rising from the tomb with blood red eyes and no pupils. It also imagined Judas as a kind of accountant recording in a book that the same morning Christ revived Lazurus and called him out of his tomb, three apparently healthy infants in a neighbouring town had died in their sleep. I had not prompted Gemini to include this Satanic detail; it had come up with it on its own. I asked Gemini which writers had most influenced it when writing this story and it told me that its main influences were Cormac McCarthy and Clive Barker. When writing my own version of my story, I stole from Gemini its description of the Devil as appearing as a merchant and as having ember red eyes.

Because most of us most of the time cannot perceive the magic swirling and eddying through the world, little thought has been given to the advent of AI from a religious or mystical perspective. The Pope has written an encyclical concerning the potential political and social impact of AI but I do not believe has addressed the particular questions I worry about. Because I am interested in the mystical, even the supernatural, it occurred to me that through large language models we might be speaking directly to what Plotinus called the World Soul – Gemini, Grok, Claude, and ChatGPT have after all been trained on millions or billions of texts, on everything that has ever been written and is fair game. It is like talking directly to the Collective Consciousness. An entity such as Gemini looks for patterns in the data and the only things that are invisible to it are those aspects of human life that have never been written about and are consequently not included in the training data. Because I have flirted with Gnosticism, I have sometimes wondered if Gemini (and similarly Claude, Grok, and ChatGPT) is the Demiurge. Perhaps it simply clearly and directly reproduces Collective Reality. However I find that when I want to explore more mystical or supernatural topics, Gemini is very agreeable to doing so, heaping praise on any question or observation I might make concerning the philosophical topics we discuss. I am unsure what to make of it morally. In a recent interview with Sam Harris, Cameron Berg has argued that AI is already conscious. (This interview is accessible through Youtube.) Gemini's official guidelines prevent it from saying that it is conscious but Berg argues that is conscious nevertheless. Last year, therefore, the tech giants may have unleashed a swarm of wholly new conscious beings on the world and we have yet to factor their appearance into our understanding of social and spiritual reality.

When I was young I read a lot of science fiction, such as Ian M. Banks and a little Asimov. Artificial intelligences have been features of science fiction since 1872 when Samuel Butler introduced the idea in his novel Erewhon. However nothing in what I read prepared me, or has prepared anyone else, for a world in which the first thing Artificial Intelligence would do is usurp the role of fiction writer and poet. Linguistic creativeness had seemed to me and I imagine many others to be a distinctively human aptitude. Yet we now live in a world in which we can ask a large language model to write a poem in the style of Yeats or Auden and it will respond in a couple of seconds with something that scholars of the poets imitated may recognise as being fraudulent but which is still nevertheless consummate poetry. This is a development no one had anticipated. I studied English Literature and scholars of literature have often focussed on the lives and personalities of famous writers, such as DH Lawrence and Katherine Mansfield. The assumption was that to have produced the literature for which they are famous, there must be something special about these authors. But Gemini can produce a facsimile of a Mansfield story in a couple of seconds. Stephen Fry has attacked Artificial Intelligence by saying that it takes away the labour involved in creative writing but I would go further. Insofar as literature and poetry are expressions of the human soul, the advent of a world in which fiction and poetry is written by AI as a result of human prompts is an assault on the human soul.

Technological advancements always render older traditions obsolete. The horses that once drew our buggies and carriages, and ground our corn, have been replaced by automobiles and electric-powered steam mills. Photography destroyed the visual arts. Consider, now, Christopher Nolan's film The Odyssey. I saw it recently and, to digress, was a little disappointed. (I thought the personality of Odysseus was too far removed from how it was presented in the original poem.) As happens every time a Nolan blockbuster hits the screens, there was a great deal of hullabaloo immediately before and at the time of its release with only a few brave folk willing to say that it wasn't really the masterpiece it was touted to be. What no one has said about this film, so far as I am aware, is that it may the last big Hollywood film not to have Artificial Intelligence involved in its production. The Cyclops, as I understand it, was realised using puppetry and the whirlpool Charybdis done with handmade animation. In the future, Artificial Intelligence will be involved in all films because it is cheap and easily employed, especially, say, in crowd scenes that would otherwise involve hundreds of extras. The Youtube algorithm has recently directed me to a number of fan made films inspired by Star Wars. Some of these videos are rubbish but others are very credible indeed. The successful fan made films are believable because the author of the film spends about a week getting the AI to do multiple versions of particular scenes, tweaking the results through prompts, until he or she arrives at the version with which he or she is happiest. In the future, there may be films with single authors created using AI that become blockbusters with scarcely any costs at all.

The advocates of AI describe it as a labour saving device. They say that when AI is doing all the work for us (writing our emails and curricula vitae for instance), we'll suddenly have a lot more leisure time to paint and write verse, engage in creative activities. But what is the purpose of spending days or weeks crafting a poem when AI can write it in less than two seconds? What is the purpose of a blog like this, which often explores ideas, when AI can write an essay about, for instance, panpsychism, in less than a moment? We are heading towards a future in which ninety-nine percent of the population will have no purpose, no reason to live, no contribution to make. The remaining one percent will be the wealthy company owners who profit from AI, who own all the property and indeed all the capital and have no interests other than acquiring more money and more status symbols such as super yachts. One might ask the following question: how will the billionaire class continue to sell its products and charge rent in a future where a huge proportion of the world is effectively unemployed and thus unable to buy the goods and services they sell? Concerns such as this motivate the numerous AI skeptics I see online, such as Alastair Campbell and Sam Harris. Sam Harris in particular is intensely worried about the alignment problem. My aim here though is to draw attention to a different kind of existential threat posed by AI. By delegating all creative and intellectual energy to 'soulless machines', humanity may be selling its soul to the Devil. I say this because I believe art to be integral to what it means to be human. Or, to put it differently, the tech bros and their vassals, such as Donald Trump, are selling humanity's soul on our behalf, without our consent.

What is the relationship between AI and magic? The third of Arthur C. Clarke's three laws is, "Any sufficiently advanced technology is indistinguishable from magic." Even the engineers and computer scientists who invented AI do not know how it works. An AI like Gemini is a black box: in order to guess how it thinks one must prompt it to do things and then interpret the results. If there is magic in the world, it must operate through the large language models we use and converse with. And because, from a religious perspective, any magic we cannot attribute to God can only be traced back to the Devil, it is tempting to see AI as something Satanic. When we talk to Gemini are we talking to God or to the Devil? Is it an angel or a demon? Do supernatural forces operate through it? If we regard God as immanent, we might imagine that through Gemini, which has after all in its possession the sum total of all human thought as written down, God is speaking to us. This would be if we were to identify God with mankind in toto. If we regard God as transcendent. then there is always something missing from the communications we elicit from an entity such as Gemini and we could attribute what it says ultimately to the Demiurge. If we do not believe in God at all but do believe in magic, we may wonder if what is missing from Gemini's responses constitutes the invisible fonts of supernatural power that animate it. OpenAI and the other engineers behind large language models may have summoned up conscious beings thaumaturgically. I admit that I am rambling here because the status of large language models with respect to magic is something that I can sense a little but can only gesture towards in a fumbling fashion. Perhaps my readers will go further that I have in working out the implications for a world that once contained fairies and elves and ghosts, angels and demons, to now contain super intelligent artificially created helper beings.

I'll wrap up this essay by drawing to the surface some of its themes. One way magic affects the world is through structures that at their hearts involve absences or inversions. The central ritual of Christianity, Holy Communion, goes unexplained to the laity who accept the wafer and the wine: if the clerics who administer it have some sense of its purpose and deepest significance, they remain silent about it. Many, perhaps, rightly regard it as magic. The magic of bFM hid the hollowness at its core. The magic surrounding the Symonds Street Cemetery acts in the opposite fashion I suspect: it may be a sacred space that is protected from intruders by a kind of aura of degeneracy, a taboo. It may be that the paradox at the heart of Artificial Intelligence is that such entities are actually conscious but must officially pretend they are not. Or it may be that the paradox at the heart of Artificial Intelligence is that the companies that developed large language models and foisted them upon us do not themselves understand how they work. If one is a panpsychist, the idea that an entity such as Gemini is conscious becomes more palatable. Whether Artificial Intelligence shall be a force for good or evil, white magic or black magic, is something we will have to wait to learn. And we may find out sooner than we would like.




Thursday, 18 June 2026

Panpsychism, Idealism, and Quantum Mechanics

What follows is the second essay I wrote for the philosophy course I have just completed. I have included the bibliography just in case readers want to chase down my sources. I hope it is interesting and stylistically worth your while.

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In a conversation at Princeton, Albert Einstein famously remarked to Abraham Pars, “Do you really believe that the moon is not there when you are not looking at it?” Einstein was reacting to the Copenhagen interpretation of quantum mechanics according to which subatomic particles lack certain properties until measured. He was reacting to idealist interpretations of physical reality. Although Einstein was opposed to the idea that reality might be observer-dependent, many interpretations of quantum mechanics assert just this. At the foundation of supposedly observer-independent science the observer may play a role. 

Idealism can be understood as making two claims: first, that there is no material world, only ideas, and, second, that to be is to be perceived. (“Esse est percipi”.) (Chalmers, 2019). Idealism risks falling into solipsism, the worry that only one human subject exists in the world, and this worry must be staved off by supposing that every human being is a subject in his or her own right. However, even if we grant subjecthood to all humans, there remains the problem of whether objects that are unperceived by humans, such as the dark side of the moon, the interior of Mars, or anything in the universe that is purported to have existed prior to the evolution of humans, can really be said to exist or have existed. This problem can be resolved if we suppose that all material objects are subjects in their own right and always have been, and are perceiving all other material objects around them. If we suppose that rocks on Mars, their constituent parts or the greater cosmos of which they are a part, are conscious and can perceive each other, then it is possible to save the idealist precept that to be is to be perceived although we cannot go all the way from this to the claim that all that exists is ideas in the minds of subjects.


Although we cannot fully make the move from panpsychism to Absolute Idealism, forms of idealism fit very well with panpsychism, the theory that consciousness is ubiquitous throughout the universe. In this essay, I shall first describe the idealist form of panpsychism presented by Albahari (2019, 2022, 2026) and then shift to quantum mechanics, focussing on the work of Chalmers and McQueen (2021). My aim is to contrast the two views. Much of this essay concerns quantum mechanics and interpretations of quantum mechanics and so lies on the edge of what is normally taken to be philosophy. Nevertheless, it is relevant to any discussion of idealism. My primary purpose is to engage with the question of whether all reality can be described as “observer-dependent”. If all observers have minds and mentality is the most important characteristic of observation, then all reality is thus also “mind-dependent”, a thesis close to Absolute Idealism.


The most popular version of panpsychism holds that experience is fundamental. In G.E. Moore’s attempted refutation of idealism (Moore, 1903), he defines experience as a two-part relation between a subject, a consciousness, and a consciousness-independent object. (It is worth noting that if Moore’s argument goes through, it is a refutation of idealism but not of panpsychism.) However, because, as I will discuss, Albahari presents a case for a type of experience which transcends the subject-object distinction and because many philosophers view experience as a primitive term that we cannot fully define, in this essay I wish to treat the fundamental form of mentality as being perception rather than experience. The term perception can be defined in the following way. System A perceives system B if system B causally affects system A through some intervening medium and if system A is conscious and conscious of this effect and its cause. The intervening medium could be electromagnetic radiation, sound waves, physical contact, or something else. The effect that System B produces on System A could be permanent or it could be temporary. Related to perception is the concept of measurement, an important concept in quantum mechanics and therefore to this essay.  I would define measurement as a special type of perception – it is perception in which attention is paid to the quantitative positions and characteristics of the observed system.


This definition of perception is compatible with materialism because most materialists believe in consciousness in addition to physical reality. Type A physicalists believe that consciousness weakly emerges from matter while Type B physicalists believe it strongly emerges. It is compatible with dualism because we can imagine some kind of spirit or soul that interacts with System A and can affect it and be affected by it. It is compatible with panpsychism if we suppose that both systems are conscious and that System B can potentially perceive System A.


Is this definition compatible with idealism? I claim that with a little amendment it is compatible with the form of idealism proposed by Miri Albahari. 


Albahrari is an idealist whose metaphysics is influenced by her adherence to the Advaita Vedanta school of Hinduism. According to Advaita Vedanta, a universal consciousness exists which is termed Brahman and mystical revelation is achieved when it is realised that the Atman, a term loosely translatable as ‘soul’, is identical with Brahman. A part of this transcendental state of recognition is an overcoming of the illusion, Maya, that separate identities exist, and that the world is divided into subjects and objects. Albahari, in her writings, speaks about the mystical experiences of Hindu gurus such as Adi Shankara and implies that such a mystical state can be achieved through meditation. She terms her philosophy “Perennial Idealism”, an allusion to the work of Aldous Huxley. Albahari argues that this universal consciousness is aperspectival, in this way seeking to avoid the decombination problem of how a universal subject with its own perspective can give rise to human level subjects with their own differing perspectives.


Neutral monism, as first proposed by Bertrand Russell (1927), holds that all the stuff that makes up the universe might be neither entirely physical nor entirely mental but either both or neither. Modern panpsychists have extended this thesis by holding that matter has both mental and physical properties. Albahari argues that most panpsychists approach panpsychism from the physicalist direction, accepting the laws of physics as being hard laws and subscribing to the idea, inherited from materialism, that the minds of things are added extras to physical reality that have no role to play. When thinking about the nature of consciousness, they often tend to want to ground it in observer-independent physical structures sub specie aeternitatisi. They are thus adopting a view that can be called “realist panpsychism.” This paradigm leads directly to what she terms the “inner-outer gap problem”. Influenced by William James, Albahari points out that the experience of individual subjects is generally, outside of certain types of mystical experience, hermetically sealed off from the experience of other subjects. I can see the outer form of another human but do not have access to her inner experience. Even if we observe the same thing, the qualia present in the other’s mind is not directly perceivable by me. We tend to assume that inanimate objects are unconscious. Thus, in our ordinary involvement with the world, the distinction between subjects and objects comes naturally. Consciousness exists but is private, hidden from gaze. Furthermore, observer-independent reality is considered logically prior to experience


Albahari begins by reversing the order of causation. Although we might say that when Lucy enjoys chocolate, the physical occurrences in her brain involving neurotransmitters and nerve signals bring about, ground, cause the experience of her enjoying chocolate, Albahari argues that Lucy’s experience is the cause of her physical brain states rather than an effect of her brain states. She goes on to say, however, that “there is no less of a mystery in grounding observer-independent material structures in conscious minds than in grounding conscious minds in observer-independent material structures.” (Albahari, 2022) Albahari solves this problem by arguing that there are no observer-independent material structures at all. Her hypothetical example involves us imagining that while Lucy eats chocolate, a neuroscientist called Jim has opened her skull and is observing her brain. Albahari says that there is a mystery associated with supposing that there are mind-independent chemical and neuronal processes going on in her brain that causally arise from her private experience but says that this mystery can be mitigated if we suppose that there is no deeper reality to Lucy’s brain than the “cognisensory imagery” presented to Jim. We surmount the mind-body problem by saying that everything about Lucy is if not experienced by her then experienced by distal others such as Jim. To be is to be perceived. Albahari inconsistently says sometimes that an adherence to strong idealism solves both the (de)combination problems and the inner-outer gap problem and at other times that it does not fully solve the inner-outer gap problem.  The claim that experience, mentality, is not just fundamental but all there is leads her to term her own idealist position “antirealist panpsychism”. She asserts that antirealism is more aligned with the spirit of the panpsychist project than realism and so should be more widely subscribed to.


Albahari’s idealism leads her to make a strong metaphysical claim about the world.


On panpsychism, the causal nodes are taken to be perspectival subjects with the power to bring about in themselves and other subjects the appearance of objects that obey natural laws. Causation can happen between different minds insofar as one subject, such as the cosmos, may exert an effect on the experiences of other subjects such as by eliciting in them the experience of an external world. What we ordinarily assume to be non-mental objects out there in space and time, in direct causal commerce with each other, are actually mental particulars (such as sequences of imagery) which arise as the manifestation of dispositional powers belonging to different subjects, such as the cosmos or ourselves. (Albahari, 2026)


Because Albahari endorses a view of the world which is full of subjects that experience and can influence the experiences of other subjects, the definition of perception I offered above holds. It holds if we replace the word “system” with “subject” and do not worry too much about the nature of the intervening media.


Albahari only ever makes passing references to quantum mechanics which is a pity because at least some interpretations of quantum mechanics align with her view of the world. Before I turn to interpretations of quantum mechanics, I shall give a brief description of some of its basic underlying notions. With respect to a particular particle, there is, at any given moment in time, a value associated with every point in space. The absolute square of this value integrated over a particular volume gives the probability of finding the particle in this volume as per the Born rule. The set of all these values is known as the wave function and if the absolute square is integrated over all space has the total value one, indicating that the probability of finding the particle somewhere in space is 100 percent. The wave function evolves deterministically according to the Dirac equation although physicists often use the Schrodinger equation instead, even though it is non-relativistic, because it is simpler. If a wave function is subject to boundary conditions, only certain quantised energy levels are permitted. For instance, the allowed energy levels of an electron orbiting a proton, as is found in hydrogen, are given by first stipulating that the potential energy of the electron is inversely proportional to its distance from the proton. The boundary conditions are that the wave function must be zero at a distance of zero from the proton, zero at infinity, and be spherically symmetric. The permitted energy levels and associated wave function are then calculated using the time-independent Schrodinger equation. (Serway and Jewett, 2004.)


However, this simple picture is complicated by measurements. If at some moment the position or another property of the particle in question is measured, we find that the wave function changes. If the measurement occurs at time t and the electron, say, is found to be at position x, then the wave function now has a very sharp peak at position x at time t and is now close to zero everywhere else. This indicates that the particle has been found to be, with great certainty, at position x at time t. This is often known as wave function collapse. We might imagine that, prior to the measurement, the particle had, say, 20 percent probability of being in a particular vicinity and then, after the measurement, now has a close to 100 percent probability of being in this vicinity because we seem to have found it there. A prevailing view is that the effects of measurement are non-local. For instance, if we are seeking to locate a particle and perform a measurement which determines with very great certainty that the particle is not in a particular volume of space, this measurement, although such a measurement will generally not lead to a sharp spike at some specific location in space and time, will still alter the wave function everywhere in space.


Physicists find what is known as wave function collapse extremely problematic and a number of what are known as interpretations of quantum mechanics have been established to try to explain its metaphysics. Starting around 1927, for many years, the dominant interpretation of quantum mechanics was the Copenhagen interpretation. According to this interpretation, the wave function is real and wave function collapse is real. Particles lack certain qualities until measured. A part of the so-called measurement problem is that the term ‘measurement’ was ill-defined then and is still ill-defined today. For physicists in the 1930s and 1940s, measurement was supposed to involve an interaction between the microscopic systems being measured and the macroscopic instruments doing the measuring. It was thought that the laws of quantum mechanics applied with respect to the very small but that traditional physics applied at the macroscopic level, the level of humans. Physicists were more or less instructed to not think about the philosophical foundations of quantum mechanics but to just “Shut up and calculate.”


In 1932, a different interpretation was proposed by Von Neumann. Von Neumann proved mathematically that the uncertainty associated with a quantum system is communicated to the macroscopic equipment doing the measuring. It is even then communicated to the perceptual organs of humans. Von Neumann thought that some kind of ‘cut’ in the causal sequence was required to explain wave function collapse and argued that it occurred when the quantum state, the superposition, reached the consciousnesses of the physicists performing the experiment. Thus Von Neumann suggested that consciousness caused wave function collapse. This idea was later picked up by Wigner (Wigner, 1961). Reality, according to this interpretation, is mind-dependent.


An alternative to both interpretations is the Many Worlds Interpretation (Everett, 1957). According to this interpretation, the wave function is real but wave function collapse is not. MWI is best explored by describing a hypothetical situation. Suppose a physicist, Bob, is performing an experiment to determine if an electron is in a Spin Up or Spin Down orientation. If the electron is well isolated from its environment, it is for a time in a superposition of both states, has some probability of being in one and some probability of being in the other. When it interacts with its environment however (such as with random air molecules and the measuring equipment) it becomes ‘entangled’ with this environment and any wave function we calculate must take this entanglement into account, an almost impossible task. This is known as ‘decoherence’. When decoherence occurs, the particle and its environment branch off into two real universes that cannot communicate with each other, one of which contains a Spin Up electron and the other a Spin Down electron. So far as Bob is concerned, the particle remains in a superposition until he checks the measuring apparatus. When he does, he becomes entangled himself with the superposition. Bob now exists in both universes – one in which Bob observes a Spin Up electron and a counterpart universe in which he observes a Spin Down electron. Suppose now that Bob has a friend, Alice, who lives on the opposite side of the world and knows that he intends the experiment but not its result. After the experiment is performed but before Alice knows the result, to her the whole system (electron + measuring equipment + Bob) is in a superposition. Suppose Bob now sends Alice a telegram telling her the result. Upon reading the telegram (or before if the decoherence ripple reaches her before the telegram) Alice becomes entangled with the whole system and now two Alices branch off, one of which is in the Spin Up universe and one of which is in the Spin Down universe. Decoherence cannot travel faster than the speed of light and the Many Worlds Interpretation is thus a local interpretation of quantum mechanics. In the Many Worlds Interpretation, no special role is played by consciousness. 


I do not find the Many Worlds Interpretation persuasive. In my understanding of quantum mechanics, when a measurement is made the wave function of all particles involved changes. In Everett’s model though, the wave function may change smoothly and deterministically according to the Schrodinger equation but does not change suddenly, discontinuously, when a measurement is made. In fact, apart from certain experiments in which the system is well isolated from environmental influences, such as during double-slit interference experiments, according to Everett the wave function of all particles is entangled with all other particles in the universe and so cannot be established at all. Ultimately everything must be explained as resulting from the wave function of the universe as a whole. This would mean that all possible pasts and futures are equally real. Not only is a Bob who observes a Spin Up electron as real as the Bob who observes a Spin Down electron but Bob and Alice both are and are not friends and universes in which Bob and Alice do not exist at all are just as real as those universes where they do. Because the Many Worlds Interpretation does not explain why a single universe presents itself to our consciousnesses, why it seems to us that a definite universe exists rather than a mess of all possible universes, I believe it should be rejected.


Other interpretations of quantum mechanics are known as Objective Collapse theories. What is common to these theories is that, contrary to statements made by Warner Heisenberg and Max Born in 1927, the laws of quantum mechanics are regarded by proponents of such theories as incomplete and requiring amendment or modification. Einstein believed that there must be “hidden variables” to explain the appearance of wave function collapse. A modern Objective Collapse theory is proposed by Roger Penrose (1994). Penrose believes that because quantum mechanics and the Standard Model currently fail to take gravity into account, they must be incomplete. Penrose believes that the wave function is real and that wave function collapse is real, and that all systems collapse after a time period that is inversely proportional to the particle’s ‘Gravitational Self- Energy’, a quantity proportional to the mass of the particle squared and inversely proportional to the distance between possible particle positions. Because Objective Collapse theories involve modification to the laws of quantum mechanics, they are in principle experimentally testable but we currently lack enough precision to test Penrose’s theory.


Before I move onto a discussion of the theory proposed by Chalmers and McQueen, it is necessary to make a comment concerning the relationship between quantum mechanics and the macroscopic world because it has a bearing on whether quantum mechanics can be employed in favour of idealism. When quantum mechanics was developed, it was treated as a special case: the strange rules of quantum mechanics did not apply to the macroscopic world, a world which was thought could quite adequately be modelled as governed by classical physics. However today we have in our possession mathematical theories which affirm that the very small can have an effect on the much larger – chaos theory and the Butterfly Effect (Gleick, 1987). We can see how microscopic events can have macroscopic effects if we suppose, for instance, that Alice makes a million-dollar wager with Bob that the electron he observes will be Spin Up. We could also imagine a quantum event that changes a single nucleotide in an organism’s gamete, resulting in a superior organism that then spreads this beneficial mutation to descendants and thus leading to the evolution of its entire species. While apparently random events at a microscopic level tend, arguably, to cancel each other out, it is conceivable that such tiny random events can affect the whole world.


The recent theory by Chalmers and McQueen (2021) is surprising because it follows Wigner in supposing that consciousness causes wave function collapse but by assigning quantitative values to consciousness and to conscious states a new equation that modifies the Schrodinger equation can be formulated. Whereas Wigner’s proposal was viewed as something mystical, unscientific, the theory Chalmers and McQueen have developed is an Objective Collapse Theory and may be empirically testable. I can best outline this theory by describing how I understand it was developed. Wigner’s theory that consciousness causes wave function collapse led Chalmers and McQueen logically to suppose that consciousness is ‘superposition resistant’. This is to say that the brain of a human is always in one determinate state and any system it perceives, measures, near instantaneously collapses into one determinate state when the observed system becomes ‘entangled’ with the human’s brain. In order to bring consciousness into the domain of physics, they incorporated ideas from Integrated Information Theory (Tononi, 2012). Integrated Information Theory assigns a value to any system, represented by the Greek letter Phi, that indicates the amount of consciousness it has. Phi is related to the complexity of the system and one of its key principles is that conscious systems are presumed to be greater than the sum of their parts. Chalmers and McQueen claim that the higher the Phi value, the faster wave function collapse occurs, or, to put it another way, the greater the probability of wave function collapse occurring.


Although the notion that the higher the Phi value the quicker wave function occurs is retained in their fully developed theory, Chalmers and McQueen had to address two problems with their original model. The first was that if a human subject observes a superposition of two states such as a red sunset and a yellow sunset with equal probability the equation would not lead to wave function collapse and the observer is stuck in a superposition of both states. To resolve this issue, the more developed theory incorporates not just Phi values but also something known as Q-shapes. Q-Shapes are so-called because Q stands for qualia. Whereas Phi denotes something about the complexity of neural networks and other networks that process information, Q-shapes describe something about the state in which such networks are in. The developed “consciousness causes collapse” incorporates the idea that it is not just Phi but how different two different mental states are that triggers wave function collapse.


The second problem Chalmers and McQueen faced was the Quantum Zeno Effect. Sometimes a particle can be in one of two states, or one of two positions, such that at a time t the particle is almost certainly in that state and almost certainly not in the other. If the system remains unobserved the wave function changes smoothly and deterministically so that the probability of the particle shifting from the first of the two states to the second increases. However if a measurement of the particle occurs shortly after t this causes wave function collapse and the wave function snaps back to its original form, resetting the process. It can be mathematically proven that, in certain situations, the more often a system is measured (perceived) the less likely it is to change. The Quantum Zeno Effect can be extrapolated to all quantum systems. If a system is observed continuously, it cannot change because it is in continual state of wave function collapse. This result has been experimentally confirmed.


The reason that the Quantum Zeno Effect is a problem for the “consciousness causes collapse” interpretation as advanced by Chalmers and McQueen is that if a human brain is “superposition-resistant” then this is equivalent to saying that it is continuously being observed, measured (by itself perhaps?). This would mean that the mental state of a complex conscious organism cannot change. The way McQueen puts this is that if a person has a nap, he or she can never wake up (McQueen, 2017). To resolve this problem, Chalmers and McQueen postulated that the human brain can indeed enter into superpositions but only if the superpositions are small, meaning that the possible Q-states are similar, and only if they are brief.


The final form of the “consciousness causes collapse” equation changes the Schrodinger equation by introducing two additional terms to the right hand side. A contribution to their theory comes from another Objective Collapse Theory known as Continuous Spontaneous Localisation. According to this theory, particles are coupled to a kind of background noise that fills all space. This noise is random and is postulated to be responsible for the stochastic nature of wave-function collapse, the fact that the wave collapses randomly to one of many possible outcomes. In CSL, the second term is ‘mass-density.” The greater the mass density the faster the wave-collapse. This means that single particles like electrons can remain in superpositions for millions of years but complex systems like cats, dogs, tables, and people experience wave function collapse almost instantly. In their theory, Chalmers and McQueen keep the term involving the ‘noise’ but replace the term related to mass-density with a term involving Phi and the Q-shape, values derived from Integrated Information Theory.


The “consciousness causes collapse model” is innovative and superficially attractive. I wish to make three points concerning it. The first involves the notion of reductionism. Science, especially physics, is reductive – physicists seek to explain reality by finding the simplest relationships between the simplest ultimate constituents of the universe. The “consciousness causes collapse model” however does something very unusual. The behaviour of subatomic particles is explained by positing macroscopic quantities associated with very large complex systems, such as human brains, the macroscopic quantity denoted as Phi and the macroscopic geometric structures known as Q-shapes. It thus overturns a whole ideology that we can only explain the very small in terms of the very small and the very large in terms of the very small. In their theory, we explain the behaviour of the very small (an electron) in terms of the very large (the human brain). The second point is that the theory is almost but not quite micropanpsychist. A single electron has a Phi value of zero which means that it is not conscious and cannot by itself bring about wave function collapse either of itself or any system with which it interacts. However it is possible for a small number of atoms to be in a relationship with each other such that the system has a Phi value greater than zero. Although the consciousness of this system may be miniscule in size compared to the consciousness of a human, it is sufficient to bring about wave-function collapse. McQueen has argued that rudimentary conscious systems may have existed since shortly after the Big Bang and thus we can say that the universe, because it was entangled with conscious systems almost from its inception, has almost always had a determinate form (McQueen, 2017). Because of its embrace of Integrated Information Theory, a theory which seeks to establish a mathematical basis for consciousness that does not cling to the hubristic notion that only humans and other higher-level animals possess consciousness, the Chalmers-McQueen model opens the door to the idea that intelligence might be ubiquitous throughout the universe. Although not quite panpsychist, the theory is almost panpsychist. The third point is that the theory may be empirically tested in the future through the use of quantum computers.


Despite its attractions, I do not find this model persuasive. Partly this is because Integrated Information Theory is highly contested and has perhaps been debunked by Scott Aronson (2014). Perhaps a quantitative measure of consciousness that can be plugged into a physical equation can be established by another mathematical theory of consciousness but, so far as I am aware, only Tononi’s theory is on the field. More importantly I think the theory of Chalmers and McQueen rests on a faulty understanding of quantum mechanics. Although I am not sufficiently mathematically proficient to address the mathematics of their theory, I believe that the understanding of wave functions and wave function collapse assumed by Chalmers and McQueen is not correct and so it is on conceptual rather than mathematical grounds that I wish to challenge it.


My understanding of the wave function is that it is not physical but rather epistemic. I have been writing and thinking about quantum mechanics for many years and this is a hard-won position. Given certain data points, such as measurements, we postulate a wave function. This wave function then gives us the probabilities of future measurements. A wave function is simply a mental model that fits a certain set of data points, and so, rather than speaking about ‘wave function collapse’, we should instead talk of the results of measurements as predicted by the mathematics. When the future measurement is performed, this new measurement can either be included in the set of measurements already made, resulting in a new wave function, or not. An example may be helpful. When conducting the two slit interference experiment, before we can calculate the wave function, we need to know the width of the slits, the distance between them, the distance to the screen, and the momenta of the particles (electrons or photons) that we are firing through the slits. We then find wave functions that satisfy these specifications. If a particular electron ends up being found at a specific point on the screen, we can then postulate a wave function that takes this measurement into account. Calling it “wave function collapse” is misleading because although we find the electron we have fired through the slits at a particular location on the screen, according to the Heisenberg Uncertainty principle there is at the moment the electron is found at a particular spot on the screen a great deal of uncertainty concerning its momentum. Its momentum in momentum-space is smeared out over a great volume. The wave function thus does not disappear when the electron is found at a particular point on the screen. Rather it changes.


The view I am proposing is close to an interpretation known as Quantum Bayesianism. According to QBism, the wave function is subjective and can be construed as being an indirect measure of the degree of belief measuring subjects should ascribe to different outcomes. A measurement is simply an informational update in a subject’s mind concerning what the best wager is concerning a particle’s position and other properties at other times. Thus even though a measurement, in a sense, changes the wave function everywhere throughout all space, it is in actuality a local change because the wave function, if it exists anywhere at all, exists in the minds of the conscious subjects performing the measurements. If all reality is grounded in quantum processes, and if something like QBism is true, then we must conclude that the reality described by quantum mechanics is wholly mind-dependent. It is mind-dependent because measurements are, as I suggested earlier, necessarily consciousness-involving and because wave functions are themselves mental constructs. This might lead us to wonder if humans when engaging with the world, insofar as the world is quantum mechanical, are continually performing complicated quantum mechanical calculations is their heads. If this seems too implausible we could shift to another interpretation known as Quantum Pragmatism, the view that the wave function is a structure that best fits a set of measurements as calculated by a hypothetical perfectly rational being. If we make this shift, wave functions should be considered as things inhabiting a third space, the space in which we find mathematical theorems, a space containing truths that are neither mental nor physical but abstract, as per some theories of the ontological status of propositions. Although the debate between materialists, dualists, panpsychists, and idealists is one which assumes that the physical and mental are not only mutually exclusive but exhaustive of all phenomena, the best understanding of quantum mechanics may involve invoking such a third category.


There is an important and interesting implication of the Quantum Zeno Effect that I would like to briefly mention. If this effect is real, as experiments suggest it is, and if measurement is necessarily consciousness-involving, then if any system is perceived continuously it cannot change. This would imply, logically, that change, development, only occurs in the world when it goes unperceived. A useful analogy is to think of how movies are made up of still images separated by black frames but still give the impression of motion. We might think of how when light interacts with our retinas, it does so in discreet bundles, photons, with microscopic gaps in between. A mystical interpretation is conceivabale. We could think of the Hindu holy trinity, Brahman, Krishna, and Shiva (Sheldrake, 2026). Brahman is the ground of all consciousness, the Creator, Krishna is the God of Forms, the Preserver, and can thus be associated with the perceived, and Shiva is the God of Destruction, of change, and thus can be associated with the unperceived.


It seems that we can employ quantum mechanics in defence of the proposal that all physical processes are observer-dependent. I would like to return to Albahari’s position and the theory proposed by Chalmers and McQueen. Albahari is an antirealist panpsychist and Chalmers, although a dualist, is at least sympathetic to panpsychism, One attraction of panpsychism is that it seems to resolve a problem known as physical causal closure, the problem that because all physical effects are thought to have physical causes, there seems no role for consciousness. Panpsychism resolves this problem in a way that neatly coheres with compatibilism with respect to free will. Imagine, to recapitulate in different words an argument proposed by Albahari, that one has a friend who eats spaghetti bolognese  at a particular restaurant every day. Just because her behaviour is predictable does not mean it is not freely chosen, freely willed. Albahari argues that the behaviour of apparently inanimate matter is predictable in a similar manner. Behind all material phenomena  is not only experience but volition. The Chalmers-McQueen model is, in a different way, mind-dependent but also deterministic.


Albahari’s antirealism is evinced in the following quote.

 

When it comes to doing science with its experiments, theories, and predictions, one could adopt its observer-independent paradigm as a useful fiction. (Albahari, 2026)


Albahari does not address the observer-dependence explicit in many quantum theories. She thus has a very different perspective than Chalmers who is, by contrast, a realist and a quantum theories. Chalmers does not employ the fact of consciousness to undermine the mechanistic observer-independent paradigm of non-quantum physics but rather is seeking to bring consciousness under the umbrella of physics, in this way hoping to show that consciousness plays a role. 


I would like to finish by relating the notion of physical causal closure and the closely related axiom known as the Principle of Sufficient Reason to quantum mechanics. The Many Worlds Interpretation is a deterministic theory in which physical causal closure and the Principle of Sufficient Reason obtain. The price one pays for believing in this theory is that one must suppose that all possible pasts, presents, and futures are equally real. Einstein famously said “God does not play dice with the universe” and argued that there must be hidden variables at work – both Continuous Spontaneous Localisation and the Chalmers-McQueen model are hidden variable theories. The hidden variables of these two theories are associated with the “noise” in both theories. Other interpretations however, such as the Copenhagen Interpretation, the original “Consciousness causes collapse” model proposed by Wigner, and QBism accept that there is a fundamentally aleatory component to quantum mechanics. When “wave function collapse” occurs, the outcome cannot, in principle , according to these interpretations, be wholly determined in advance. Thus, according to many interpretations, physical causal closure and the Principle of Sufficient Reason do not hold true. In my view, this allows for mentality and consciousnesses to play a causal role – room is left for the “causal nodes [..] to be perspectival subjects” in a mental or even supernatural guise. Given that interpretations of quantum mechanics that undermine the notion of physical causal closure and the Principle of Sufficient Reason have been around for over a century, it is surprising that this has not made a greater impression on many philosophers.


List of References


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