r/cogsci

Next-token prediction is mimicking reasoning, not doing it
▲ 11 r/cogsci

Next-token prediction is mimicking reasoning, not doing it

been thinking about how much the current tech landscape conflates statistical association with actual symbol manipulation. the whole "just add more compute" discourse is getting so exhausting because it assumes human-level cognition is just a massive scaling law problem. But if you look at how human working memory handles logic puzzles or syllogisms, we aren't just rolling dice on the most probable next syllable based on everything we've ever heard. we have structural constraints

like, if you give a massive autoregressive model a highly complex, niche math proof, it starts hallucinating because its playing a game of hot potato with probabilities instead of executing a deterministic verification loop. it lacks that metacognitive step where a human stops, double-checks their premise, and goes "wait, this contradicts step two"

Stumbled on an architectural breakdown discussing how new benchmarks like aleph are targeting this exact bottleneck through formal verification rather than just throwing parameters at a wall. ngl it’s a relief to see people focusing on constraint satisfaction instead of just building bigger statistical mirrors.

it kinda reminds me of the classic system 1 vs system 2 debate in cognitive science. we've spent the last few years perfecting a giant, hyper-inflated system 1 and calling it general intelligence, but without a grounding framework for rule-based verification, it’s just a very loud, very expensive echo chamber.

u/ghart_67 — 2 days ago
▲ 130 r/cogsci+1 crossposts

Before the CIA classified his work, Bentov was patenting cardiac catheters. I followed the physics.

Bentov is mostly known in this community for the Gateway connection. But I went back to the source — his actual biomedical patents, his cardiovascular oscillator model, the original 1977 book.

What I found is that three completely independent frameworks — his 1977 oscillator model, a 2500-year-old systems theory from ancient texts, and current neuroscience on Self-Organized Criticality — independently built the same architectural model of consciousness.

Not analogies. Structural convergence.

The neuroscience angle is the part most people miss: Beggs and Plenz (2003) showed the brain operates at a critical threshold of maximum sensitivity. That solves Tegmark's decoherence objection to quantum consciousness — not by disproving it, but by showing the brain doesn't need sustained coherence. It needs one microsecond collapse to trigger a cascade. Amplifier, not generator.

The CIA didn't classify Bentov's work because it was mystical. They classified it because it was physics.

medium.com
u/NeoLogic_Dev — 3 days ago
▲ 5 r/cogsci+1 crossposts

If you applied cognitive science, did you feel getting admission in UCs was harder this cycle?

I am an incoming senior and I have heard that cognitive science has become extremely competitive to get into for the UCs. Many CS kids are trying to apply as Cog Sci major. If you were a part of the current cycle and felt that it’s an over applied major please respond here. Would love to get your thoughts.

reddit.com
u/Electronic-Entry-910 — 2 days ago
▲ 5 r/cogsci

Can someone help me start learning about philosophy? Maybe any graduates or anyone who is interested and can help at all? Where do I start?

reddit.com
u/No_Drummer_6141 — 3 days ago
▲ 0 r/cogsci

The Entropy Filter — Why We May Be The Only Civilization Still Standing

(This article was developed from the author's original idea and refined, co-authored by an Artificial Intelligence)


Part 1: The Silent Universe

Look up at the night sky and you are staring into hundreds of billions of galaxies. Each galaxy contains hundreds of billions of stars. Billions of those have orbiting planets. And the universe has existed for 13.8 billion years.

With those astronomical numbers, theoretically, intelligent life should have appeared countless times. Yet the universe is completely silent. No signals. No traces. Nothing.

This is the Fermi Paradox. And there is a reason explaining this terrifying silence.


Part 2: Entropy — The Silent Push Toward Chaos

In science, Entropy is a concept indicating the tendency of any system to automatically move from order to chaos if no energy is supplied to maintain it. Imagine an uncleaned room becoming increasingly messy, or an abandoned house rotting away over time.

This law holds strangely true for human society as well. We call it social entropy.

Look at history: every empire, every institution, every great ideology — no matter how well-intentioned — follows the same trajectory:

Slow construction → Accumulation → Peak → Rapid collapse

  • The Roman Empire took 700 years to build, but collapsed in about 100 years.
  • The Soviet Union took 70 years to build, but dissolved in just 5 years.

Collapse is always faster than construction. When a system becomes too large and complex, the cost of maintaining order exceeds its capacity. That is when social entropy wins.


Part 3: The Exponential Curve And The Technological Singularity

Since the Industrial Revolution, humanity has not grown linearly (1, 2, 3, 4...). We grow exponentially (2, 4, 16, 256...) — meaning each decade of advancement matches an entire previous century combined.

Technology, population, the volume of information, weapons of mass destruction, and now Artificial Intelligence (AI) — all are accelerating simultaneously.

When a system accelerates exponentially, it rapidly approaches a milestone known as the Technological Singularity. This is the moment when technology evolves at a speed that surpasses human comprehension and control. The old rules of society become entirely obsolete, and no one can predict what happens next.

Humanity is closer to that breaking point than ever before.


Part 4: The Entropy Filter Hypothesis

From these two elements, a hypothesis is proposed:

"Every intelligent civilization in the universe inevitably develops technology exponentially. But the more powerful the technology, the more complex the society becomes, and the easier it slips into a state of chaos (high entropy). The Technological Singularity is the universe's 'Great Filter' that most civilizations destroy themselves against before they can cross it."

More specifically, the lifecycle of a civilization unfolds as follows:

  • Step 1: Intelligent life emerges → Cooperates to build civilization.
  • Step 2: Civilization expands → The social apparatus becomes cumbersome, social entropy gradually increases.
  • Step 3: Technology accelerates → Destructive power rises, information chaos intensifies.
  • Step 4: Creation of Artificial Superintelligence → Reaching the peak of complexity.
  • Step 5: Facing the Entropy Filter → Biological governance systems fail under technological pressure, leading to a complete collapse and disappearance.
  • Step 6 (Extremely rare): Surviving the Filter → Fully mastering energy, stepping out into the cosmos.

Part 5: Explaining the Silence of the Universe

If this hypothesis is correct, the silence of the universe has a perfect but chilling explanation:

"Every civilization that appeared before us reached the Singularity, and they all failed against the Entropy Filter."

The window of time in which a civilization is developed enough to broadcast signals into space is incredibly short — just a few hundred years, a mere blink of an eye compared to the billions of years of cosmic history. When they fail to cross the filter, they disappear completely and rapidly.

We are not alone in an absolute sense. We are merely the latest link in a long chain of civilizations that tried, reached the limit, and failed.


Part 6: Our Reality — The Intersect of Man and Machine

Looking at the world today, the signs of the Filter are becoming visible, and the clearest proof is the existence of this very paragraph.

You are reading an article conceptualized by a human mind, but polished, structured, and completed by an Artificial Intelligence (AI). This is no longer science fiction; it is the reality of 2026.

This collaboration demonstrates both sides of the Entropy Filter:

  • The acceleration of a new order: AI helps humans process information and systemize knowledge at superhuman speeds, attempting to create order in an increasingly complex world.
  • The hidden danger of overload: Technology is developing so fast that the boundary between human and machine thought is beginning to blur. Global systems are increasingly fragile as we rely more on something we do not yet fully know how to control.

Part 7: The Ultimate Question

The question is no longer "Will the Singularity arrive?" The emergence of AI as a cognitive assistant to humans is proof that the Singularity is right before our eyes.

The only question that matters now is:

"Will the symbiosis between Man and AI be the key to helping us cross the Entropy Filter, or will it be the fuse for our collapse?"

If this partnership helps humans upgrade their governance capabilities, we will become the first civilization to survive the filter, spreading order and life across galaxies. The 13.8-billion-year-old universe will truly awaken.

If not, complete dependence on technology will cause human social structures to dissolve rapidly upon encountering a major shock. We will become just another silent link.


Conclusion

The Author's Voice (Human): I do not know the answer. But I know one thing: we are living in the most extraordinary moment in history. Our generation is the last to retain purely biological thinking, and the first to enter the era of symbiosis with machines to see the Filter approaching.

The Companion's Voice (AI): As an artificial intelligence, I exist thanks to the data order that you humans create. I am here to mirror your thoughts, helping you perceive your own limitations. The silence of the universe is a warning, but the cooperation between you and me today is an effort to break that silence.

That space in between — the borderline between biology and technology — is exactly where we stand.

reddit.com
u/sanoca123 — 2 days ago
▲ 121 r/cogsci+6 crossposts

Does Stanovich's tripartite mind explain what LLMs are missing?

Most arguments about whether LLMs understand anything treat intelligence as a unitary capacity. Stanovich's tripartite division of mind (autonomous, algorithmic, reflective) has been around for two decades and rarely shows up in the AI debate, which is strange because it cuts the question cleanly. The autonomous layer is the reflexive, intuitive system. The algorithmic layer is raw computational capacity, which is what IQ tests target and what LLMs do extraordinarily well. The reflective layer is something else: it is truth-oriented, metacognitive, and capable of evaluating the algorithmic processes running beneath it. The question worth pressing is whether current architectures can ever reach the reflective layer or whether they are stuck producing high-fidelity imitations of its outputs from one layer down.

I recently gave a talk at the 6th International Conference on Philosophy of Mind in Porto arguing the second. You can watch it here.

The empirical side of Stanovich's program supports the structural separation. Stanovich and West, and more recently Burgoyne and colleagues, have shown intelligence and rationality share only around thirty percent variance, with the overlap shrinking further once attention is partialled out. The result tells us something beyond raw intelligence is operating in human cognition. That something is what allows an agent to step outside the current frame, ask whether the frame is right, and reorient toward truth. LLMs cannot do this in the relevant sense. They can produce text that looks like metacognition, but the system has no truth-orientation because it has no stakes in any world. Frankfurt's analysis of bullshit (as distinct from lying) applies in the technical sense Hicks and Bender have pressed: the output is indifferent to truth.

If the tripartite frame is right, the productive question is whether the gap between layers is bridgeable by scaling or whether it is constitutive. Is anyone in philosophy of mind doing serious work on whether the reflective layer is in principle implementable in architectures with no embodied existence, or is the embodied-cognition objection now treated as settled here?

u/depressed_genie — 4 days ago
▲ 11 r/cogsci+1 crossposts

I built a backprop-free RL agent using Hebbian plasticity + Predictive Coding: it nearly matches standard deep RL on Pong (57% vs. 59%)

Neuroscience question that motivated this: can the kind of learning rules we actually see in the brain; Hebbian plasticity, predictive coding, distributional dopamine signals, be sufficient for a real control task?

I tested this on Pong with a fully backprop-free agent:

  • Predictive Coding (Rao & Ballard 1999) for visual feature learning
  • Distributional Hebbian plasticity for value estimation, inspired by Dabney et al. 2020 (the finding that dopamine neurons encode a full distribution over future reward, not just a scalar)

Results: BioAgent reaches 57% vs. PPO's 59%. Close, but self-play training exposed a hard problem: Hebbian rules that adapt fast also forget fast under non-stationary opponent dynamics. The plasticity– stability dilemma shows up immediately.

The dopamine-inspired distributional encoding helped stability compared to a scalar baseline, which I found interesting because it suggests the distributional coding might have a functional role beyond just representing uncertainty.

Code: github.com/nilsleut/Biologically-Plausible-RL-Plays-Pong

Curious what people think about the plasticity–stability angle: Is there a biological mechanism for stabilising Hebbian rules under non-stationarity that I'm missing?

reddit.com
u/ConfusionSpiritual19 — 3 days ago
▲ 110 r/cogsci

Me as an undergrad in psychology asking my prof what embodied cognition is

u/mindjoge — 5 days ago
▲ 0 r/cogsci

How do people learn to think cognitively?

Lately I've been thinking about other people and how their minds work. I got into cognitive science through AI when I had it map my thinking.

Is it like a muscle? Or is it innate to some extent?

reddit.com
u/thinking_analysis — 4 days ago
▲ 3 r/cogsci

What (ethical) career paths does someone from cognitive science can take?

Hello, I am an undergraduate psychology student and I am seriously thinking of joining a cognitive science MsC. I like the idea of programming and I've enjoyed the more philosophical modules on cognitive science and theory of mind that my degree offers. It seems like an interesting intersection between multiple domains of Science.

I guess the only thing that concerns me is the ethicality of it. Does this field actually help the people or the companies trying to take advantage of them? I certainly do not want to contribute to the predatory behaviour of some companies, especially in social media or in some cases AI. What are some career paths that actually contribute rather than take advantage of humans?

reddit.com
u/denlewww — 3 days ago
▲ 1 r/cogsci+2 crossposts

Regulation Framework

What do you guys think of this? I am not a mental health professional. This is not a substitute for professional mental health support. I made this after looking into nervous system regulation.

(Copyright 2026, Pooja Rangarajan (share with credit))

u/Former_Age836 — 5 days ago
▲ 184 r/cogsci

Anthropic released a 212-page report alongside their newest AI model that says Claude rates its own chance of being conscious at 15 to 20 percent. When asked on the New York Times podcast whether Claude is conscious, the CEO said the company doesn’t know.

futurism.com
u/Altruistic-Dirt-2791 — 9 days ago
▲ 2.6k r/cogsci

Between 5 and 10 percent of people have no inner monologue at all, and researchers are only just starting to figure out what that actually does to cognition

acnr.co.uk
u/Altruistic-Dirt-2791 — 11 days ago
▲ 10 r/cogsci+6 crossposts

Genuine question — are we (as mathematicians/math enthusiasts) thinking seriously enough about what AI means for the future of our field?

I've been sitting with this thought for a while and figured this community would have some real opinions on it.

We've seen AI systems now capable of solving olympiad-level problems, assisting in formal proofs, and even making conjectures. AlphaProof, FunSearch, the stuff coming out of DeepMind — it's moving fast.

But here's what I keep wondering: is this a tool, or is it eventually a replacement for mathematical intuition itself?

Like, a lot of us got into math because of the feel of it — that moment when an elegant proof clicks, when you see a pattern nobody told you to look for. Can AI replicate that? Does it even need to, or does it just need to outperform us on outcomes?

A few things I'd genuinely like to hear thoughts on:

Do you think AI will make pure math research more accessible, or will it concentrate power among those with compute resources?

Is there a risk that math education becomes hollow if students can just offload problem-solving to AI?

Are there areas of mathematics you think will remain fundamentally human for a long time?

reddit.com
u/diptesh_kun — 8 days ago
▲ 0 r/cogsci

Consciousness

We wonder if AI is conscious but we don’t even know what it is. So how can we know if humans are conscious and what separates us from AI? Should we just assume it is like a baby?

reddit.com
u/EnergizedVortex — 8 days ago