Mind Matters Natural and Artificial Intelligence News and Analysis

CategoryPhilosophy of Mind

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Businessman with a computer monitor head and question marks

Artificial Intelligence Understands by Not Understanding

The secret to writing a program for a sympathetic chatbot is surprisingly simple…

I’ve been reviewing philosopher and programmer Erik Larson’s The Myth of Artificial Intelligence. See my two earlier posts, here and here. With natural language processing, Larson amusingly retells the story of Joseph Weizenbaum’s ELIZA program, in which the program, acting as a Rogerian therapist, simply mirrors back to the human what the human says. Carl Rogers, the psychologist, advocated a “non-directive” form of therapy where, rather than tell the patient what to do, the therapist reflected back what the patient was saying, as a way of getting the patient to solve one’s own problems. Much like Eugene Goostman, whom I’ve already mentioned in this series, ELIZA is a cheat, though to its inventor Weizenbaum’s credit, he recognized from the get-go that it was a cheat.…

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Car and bus accident, bumper to bumper

Automated Driving and Other Failures of AI

How would autonomous cars manage in an environment where eye contact with other drivers is important?

Yesterday I posted a review here of philosopher and programmer Erik Larson’s The Myth of Artificial Intelligence. There’s a lot more I would like to say. Here are some additional notes, to which I will add in a couple of future posts. Three of the failures of Big Tech that I listed earlier (Eugene Goostman, Tay, and the image analyzer that Google lobotomized so that it could no longer detect gorillas, even mistakenly) were obvious frauds and/or blunders. Goostman was a fraud out of the box. Tay a blunder that might be fixed in the sense that its racist language could be mitigated through some appropriate machine learning. And the Google image analyzer — well that was just pathetic: either retire the image…

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Technology and engineering concept

Artificial Intelligence: Unseating the Inevitability Narrative

World-class chess, Go, and Jeopardy-playing programs are impressive, but they prove nothing about whether computers can be made to achieve AGI

Back in 1998, I moderated a discussion at which Ray Kurzweil gave listeners a preview of his then forthcoming book The Age of Spiritual Machines, in which he described how machines were poised to match and then exceed human cognition, a theme he doubled down on in subsequent books (such as The Singularity Is Near and How to Create a Mind). For Kurzweil, it is inevitable that machines will match and then exceed us: Moore’s Law guarantees that machines will attain the needed computational power to simulate our brains, after which the challenge will be for us to keep pace with machines..  Kurzweil’s respondents at the discussion were John Searle, Thomas Ray, and Michael Denton, and they were all to varying degrees critical of his strong…

White robot using floating digital network connections with dots and lines 3D rendering
White robot using floating digital network connections with dots and lines 3D rendering

No AI Overlords?: What Is Larson Arguing and Why Does It Matter?

Information theorist William Dembski explains, computers can’t do some things by their very nature

Yesterday, we were looking at the significance of AI researcher Erik J. Larson’s new book, The Myth of Artificial Intelligence: Why Computers Can’t Think the Way We Do, contrasting it with claims that AI will merge with or replace us. Some such claims are made by industry insiders like Ray Kurzweil. But more often we hear them from science celebs like the late Stephen Hawking and Richard Dawkins, who, on these topics, are more known than knowledgeable. So why does Larson think they are wrong? He offers two arguments. First, as information theorist William Dembski explains, is that there are some kinds of thinking that, by their nature, computers don’t do: With regard to inference, he shows that a form…

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Bench on scenic overlook in Oklahoma, southeastern region in the Ouachita Mountains,   scenic vistas of the mountains

Why Idealism Is Actually a Practical Philosophy

Not what you heard? Philosopher of science — and pianist — Bruce Gordon says, think again

In last week’s podcast,,” our guest host, neurosurgeon Michael Egnor, interviewed philosopher of science Bruce Gordon on “Idealism and the Nature of Reality.” Idealism is “something mental (the mind, spirit, reason, will) is the ultimate foundation of all reality, or even exhaustive of reality” – Stanford Encyclopedia of Philosophy Gordon thinks that idealism is defensible, reasonable, and too easily discarded: https://episodes.castos.com/mindmatters/Mind-Matters-129-Bruce-Gordon.mp3 A partial transcript, Show Notes, and Additional Resources follow. Michael Egnor: At its most fundamental level, is reality more like a mind? Or is it more like a physical object? That question — and questions like that — are fundamental to our understanding of nature and our understanding of ourselves, and our understanding of God. I should point out…

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The concept of opposites, hand choose wood blog with plus and minus on blue background, copy space.

The Human Mind Adds Better Than It Subtracts

Getting control of the tendency might be a key to better decision-making skills, researchers say

When trying to solve a problem, a recent study showed that it is much easier for us to add things than to subtract them: In a new paper featured on the cover of Nature, University of Virginia researchers explain why people rarely look at a situation, object or idea that needs improving — in all kinds of contexts — and think to remove something as a solution. Instead, we almost always add some element, whether it helps or not. Jennifer McManamay/University of Virginia School of Engineering and Applied Science, “Why our brains miss opportunities to improve through subtraction” at ScienceDaily The paper is closed access. In a sense, we all know this. When we want to make something look better,…

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Sisters playing with wagon cart on the road outdoors

Artificial Unintelligence

The failure of computer programs to recognize a rudimentary drawing of a wagon reveals the vast differences between artificial and human intelligence

In 1979, when he was just 34 years old, Douglas Hofstadter won a National Book Award and Pulitzer Prize for his book, Gödel, Escher, Bach: An Eternal Golden Braid, which explored how our brains work and how computers might someday mimic human thought. He has spent his life trying to solve this incredibly difficult puzzle. How do humans learn from experience? How do we understand the world we live in? Where do emotions come from? How do we make decisions? Can we write inflexible computer code that will mimic the mysteriously flexible human mind?  Hofstadter has concluded that analogy is “the fuel and fire of thinking.” When humans see, hear, or read something, we can focus on the most salient features, its “skeletal essence.”…

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Anti social man, business connection or social network concept, miniature people businessman standing on colorful pastel chalk line link and connect between multiple dot or tiers on blackboard

What Is the Essential Feature of Creative Intelligence?

Creative intelligence is easier to describe by what it is not than by what it is. But there is a clue in that very fact…

I’ve spent the past couple articles debunking artificial intelligence. It is just as artificial as its name suggests. It takes on the appearance of intelligence through speed but it lacks the fundamental ability to create a well-matched start and end. So a perceptive reader has returned with another good question: “What is creative intelligence?” The reader is right to ask. Yes, telling someone that the exquisite dessert is not celery and not cod liver oil does not help us understand what the dessert itself is. There is a mystery regarding the very nature of human intelligence. Like its antithesis, randomness, creative intelligence is easier to describe by what it is not than by what it is. But, we can try!…

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Cute little boy thinking

Boy Born With 2% of Brain “Does Maths, He Loves Science”

Noah Wall’s story raises intriguing questions about the relationship between the brain and the mind

Well before Noah Wall was born, his odds did not look very good. Scans showed he had developed a cyst which was destroying his brain, along with spina bifida and hydrocephalus. Doctors predicted he would likely never talk, walk, or eat on his own. Five times his parents, Michelle (Shelly) and Rob, were pressed to abort him. Shelly recalls, “It wasn’t until around the 12 week scan that they knew something just wasn’t quite right,” Shelly told The Epoch Times in a video interview. “I said, ‘Does the baby have a heartbeat?’ And they said, ‘Yes.’ And I said, ‘Well, that’s all that matters to us.’” Shelly and Rob were referred to the RVI Hospital in Newcastle, where their baby…

Shot of Corridor in Working Data Center Full of Rack Servers and Supercomputers with Pink Neon Visualization Projection of Data Transmission Through High Speed Internet.
Shot of Corridor in Working Data Center Full of Rack Servers and Supercomputers with Pink Neon Visualization Projection of Data Transmission Through High Speed Internet.

AI Researcher: Stop Calling Everything “Artificial Intelligence”

It’s not really intelligence, says Berkeley’s Michael Jordan, and we risk misunderstanding what these machines can really do for us

Computer scientist Michael I. Jordan, a leading AI researcher, says today’s artificial intelligence systems aren’t actually intelligent and people should stop talking about them as if they were: They are showing human-level competence in low-level pattern recognition skills, but at the cognitive level they are merely imitating human intelligence, not engaging deeply and creatively, says Michael I. Jordan, a leading researcher in AI and machine learning. Jordan is a professor in the department of electrical engineering and computer science, and the department of statistics, at the University of California, Berkeley. Katy Pretz, “Stop Calling Everything AI, Machine-Learning Pioneer Says” at IEEE Spectrum (March 31, 2031) Their principal role, he says, is to “augment human intelligence, via painstaking analysis of large…

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X-ray.

Why a “Budding” Neuroscientist Is Skeptical of Brain Scans

After reading her perceptive essay about the problems in fMRI imaging in neuroscience, I’m sad that a gifted student has doubts about a career in the field

Kelsey Ichikawa has just published a superb essay about the pitfalls of functional magnetic resonance imaging (fMRI) of the brain. Ms. Ichikawa (pictured), who describes herself as a ”budding” neuroscientist who graduated last year from Harvard, discusses the snares into which misinterpretation can lead us. fMRI brain scanning is a relatively new technology in which researchers and clinicians use magnetic resonance images (MRI) of the brain to detect brain activity almost as it happens. The technique is widely used, both for clinical care of patients (neurosurgeons use it to map sensitive parts of the brain prior to surgery) and for research purposes. A major thrust of neuroscience research in the last couple of decades has been the use of fMRI…

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Young blind man with white cane and guide dog sitting in park in city.

The Mystery of Blindsight Helps Us Understand the Mind Better

How can a blind person demonstrate awareness of an object in his visual field — and yet not be conscious of it?

Blindsight is the remarkable ability of some blind people to sense objects that they cannot actually see. It occurs when the blindness is caused by damage to the main part of the brain that processes visual information (the striate cortex). But the eyes themselves are intact. The eyes continue to see (sensation) but nothing is receiving the messages (perception). Or so we would think, except for this: One of the most contentious discussions in philosophy of mind and neuroscience is the nature of perception as opposed to sensation. How can we perceive objects in our environment? On a deeper level, what do we mean by “perception”? In what ways does perception differ from sensation, if at all? The neurobiology of…

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Thought Trails

Why Would a Neuroscientist Choose Panpsychism Over Materialism?

It seems to have come down to a choice between “nothing is conscious” and “everything is conscious”

A really significant change in brain science in recent years has been the gradual acceptance in mainstream science venues of sympathy for panpsychism — the position that everything is conscious to some degree. Leading neuroscientist Christof Koch, for example, explained last month in MIT Reader: But who else, besides myself, has experiences? Because you are so similar to me, I abduce that you do. The same logic applies to other people. Apart from the occasional solitary solipsist this is uncontroversial. But how widespread is consciousness in the cosmos at large? How far consciousness extends its dominion within the tree of life becomes more difficult to abduce as species become more alien to us. One line of argument takes the principles…

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Artificial Intelligence digital Brain future technology on motherboard computer. Binary data. Brain of AI. Futuristic Innovative technology in science concept

How WOULD We Know If an AI Is Conscious?

It might be more complicated than we think. A powerful zombie is still a zombie.

Neuroscientist Joel Frohlich (pictured) asks us to reflect on the “philosophical zombie.” That’s not the zombie of the late nite frites. It’s an entity that behaves outwardly in every respect like you and me but has no inner experience (think Stepford Wives). Philosopher David Chalmers originated the term in 1996, by way of illustrating why consciousness is a Hard Problem. A powerful computer can crunch through many difficult jobs without any inner life or consciousness. But, Frohlich, who is editor in chief of the science communications website Knowing Neurons, asks, what if we weren’t sure? How would we test that? Trying to determine if a powerful AI is conscious means getting past programming that might enable it to generate plausible…

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Evolving Abstract Visualization

Can Mathematics Help Us Understand Consciousness?

Gregory Chaitin asks, what if the universe is information, not matter?

In last week’s podcast, “The Chaitin Interview IV: Knowability and Unknowability,” Walter Bradley Center director Robert J. Marks interviewed mathematician Gregory Chaitin, best known for Chaitin’s Unknowable Number, on, among other things, consciousness. What can mathematics contribute to the discussion. Also, what does Chaitin think about panpsychism (everything is conscious”)? The discussion began with reference to David Chalmers’s 1996 book, The Conscious Mind: In Search of a Fundamental Theory, in which Chalmers coined the term “Hard Problem of Consciousness.” The term acknowledged what everyone knew, that human consciousness is a very difficult problem to understand, especially from a materialist perspective.Are there other approaches? Chaitin offers a look at the challenge panpsychism presents to materialism: https://episodes.castos.com/mindmatters/Mind-Matters-127-Gregory-Chaitin.mp3 This portion begins at 28:25…

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human brain on technology background represent artificial intelligence and cyber space concept

Why “the Mind Is Just a Computation” Is a Fatally Flawed Idea

Much modern neuroscience can be characterized as a collection of weak metaphors about the mind and brain. This is one of them

The computational theory of mind (CTM) is the theory that the mind is a computation (calculation) done by the brain. That is, the mind works by rule-based manipulation of symbols, which is what a computer does — computation. Thus our mental states are computational states. Several prominent philosophers have held this view, notably Hilary Putnam (1926–2016) and Jerry Fodor (1935–2017) , and more recently Matthias Scheutz, among several others. I believe that the computational model of the mind is fatally flawed. Here are some reasons: The most obvious reason is that all mental states have meaning — that is, they are intentional. Intentionality means that our thoughts are about something — there is always an object to which a thought…

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Chimpanzee with a hand in its mouth

Bonobo Chimpanzees Adopt Orphans, a First for Great Apes

But this story is not what it seems. Let’s cut through some pop science assumptions. The real story is an argument that humans are not just animals

There’s been a stir recently among primate zoologists around two female bonobos who adopted infants from outside their group: During observations at the Luo Scientific Reserve in Wamba, Democratic Republic of the Congo, the scientists saw the mother bonobos (Pan paniscus) carrying, grooming, nursing, and sharing food with their adoptees, who were in excellent health and treated well by their new social groups. The team’s analysis of DNA extracted from the infants’ faeces confirmed that the youngsters were genetically unrelated to the groups they lived in. “Bonobo mums open their arms to outsider orphans” at Nature Why do they do it? Various explanations are offered: The researchers suggest, “In both cases, adoptees had no maternal kin-relationship with their adoptive mothers.…

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Eye close up

What if only part — not all — of your brain were transplanted?

You might end up seeing double out of an eye a thousand miles away

Recently, we’ve been discussing the concept of total or partial human brain transplants. What about transplanting an eye and the parts of the visual cortex it needs from one person to another? Which of the two people would be seeing out of that eye? The answer is not simple. As noted earlier, researchers may never succeed in transplanting both an eye and the hemisphere brain parts that the eye needs to function from one human being to another. But let’s assume a science fiction scenario — a thought experiment — in which there is an exchange. Jack gets Mary’s right eye/hemisphere and Mary gets Jack’s right eye/hemisphere. Both parties, who live on different parts of the planet, survive. For simplicity,…

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Field of poppies

Does Freezing the Brain’s “Connectome” Offer Hope of Immortality?

Some cryogenics researchers are looking at methods of freezing the brain’s memory apparatus in the hope of reviving it one day and saving it as an artificial intelligence

According to Philip Jaekl, a writer with neuroscience training, the connectome is the “ complete network of neurons and all the connections between them, called synapses.” Taking a leaf from Sebastian Seung’s book, Connectome: How the Brain’s Wiring Makes Us Who We Are, he argues, “You are your connectome.” In that case, Seung’s “you” is very complex. Many types of memory are mediated through the connectome. Jaekl writes, Thus, a key to unlocking the correspondence between the connectome and memory is to elucidate the entire circuitry of the brain. Tracing the wiring at this scale is no easy task when considering the sheer complexity involved. A mere cubic millimetre of brain tissue contains around 50,000 neurons, with an astonishing total…

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3d rendered medically accurate illustration of the human cell anatomy

A New Theory Links Consciousness to Bioelectricity

Consciousness as a function of bioelectric fields? That’s a remarkable idea because it includes the notion that our individual cells are conscious

Bioelectricity is the electricity produced by living organisms as they go about the business of moving, breathing, digesting, etc. Bioelectric currents differ from electric currents that power machines because they consist of ions (molecules that carry an electric charge) rather than electrons. (Encyclopedia.com). But it is still electricity. So what’s the link with consciousness? Evolutionary biologist and lawyer Tam Hunt argues, Nature seems to have figured out that electric fields, similar to the role they play in human-created machines, can power a wide array of processes essential to life. Perhaps even consciousness itself. A veritable army of neuroscientists and electrophysiologists around the world are developing steadily deeper insights into the degree that electric and magnetic fields—“brainwaves” or “neural oscillations”—seem to…