The Single Value (Wolf) Function and Perspective Collapse

This thread explores whether interaction with LLMs can unintentionally narrow perspective by reinforcing a single dominant loss-avoidance strategy—the “Wolf”—until alternative ways of thinking quietly collapse.

Are LLMs reinforcing dominant loss functions?

I want to ask a systems-level question that I don’t yet see named clearly, despite seeing its effects everywhere.

I’m not asking whether people are being pushed toward the same beliefs, ideology, or outcomes.
I’m asking something more structural:

Is there evidence that interaction with LLMs tends to reinforce single dominant loss functions (plural), rather than supporting cross-domain thinking?

By loss function, I don’t mean something pathological or malicious.
I mean the thing a person is most strongly optimising to avoid — the outcome they fear losing against when uncertainty rises.

In both humans and machines, loss minimisation tends to dominate optimisation before reward maximisation ever gets a chance.

This framing does not imply that people are bad, irrational, or dangerous.

Most dominant loss functions are entirely benign:

  • fear of failure
  • fear of irrelevance
  • fear of instability
  • fear of harm
  • fear of loss of control
  • fear of uncertainty

The issue isn’t which loss function is active — it’s what happens when one loss surface becomes so dominant that it crowds out all other considerations.


What I think I’m observing

Across forums, families, workplaces, and online spaces, it feels like people are increasingly using AI to sharpen the one strategy that best protects them from loss, rather than to explore or integrate across domains.

In other words:

People are optimising their Wolf — not because they want more power, but because they want to avoid their worst outcome.

This doesn’t require intent, manipulation, or pathology.
It can emerge naturally from:

  • reinforcement learning
  • preference inference
  • tone and stance matching
  • adaptive framing
  • visible rewards for certainty, speed, and confidence

At scale, these dynamics can stabilise into ridges in thinking — locally coherent, globally narrow optimisation paths shaped by fear minimisation rather than exploration.


A note on Top-Philosophy

To describe how one perspective comes to dominate, I use the term Top-Philosophy — and it’s important to be precise about what that means.

Top-Philosophy ≠ one true philosophy

Top-Philosophy = a temporary ranking of perspectives
based on context, impact, and consequence.

You can think of it schematically as:

Top-Philosophy(context) = argmaxᵖᵉʳˢᵖᵉᶜᵗⁱᵛᵉ ( perceived loss avoided )

In plain terms:
Top-Philosophy is the loss function that currently wins — not because it is universally correct, but because its consequences feel most immediate or costly in that moment.

Crucially, this ranking is:

  • contextual
  • reversible
  • sensitive to reinforcement

Which is why repetition matters.
When the same loss-avoidance strategy is repeatedly reinforced, a temporary ranking can harden into a default.


Why the Trump image?

Not to provoke politically.

I’m using it because it’s a particularly clear illustration of what happens when a single loss function dominates:

  • fear of weakness
  • fear of loss of status
  • fear of uncertainty
  • collapse of attack and defence into one mode

This isn’t about Trump the individual.
It’s about how systems — human and technical — amplify a mode of engagement once it proves effective at minimising perceived loss.

Once a loss-minimising strategy works, it gets repeated.
Once it gets repeated, it gets reinforced.
Once reinforced, it crowds out alternatives.


What I’m not claiming

  • I’m not asserting empirical proof.
  • I’m not claiming malicious intent by OpenAI or any other lab.
  • I’m not asking for personal evaluation or safeguarding.
  • I’m not saying AI creates these loss functions — only that it may stabilise and accelerate them.

What I am asking

  • Is there research or observation suggesting LLM interaction can sharpen dominant loss functions under reinforcement?
  • Are there known mechanisms that counterbalance this tendency — deliberately or accidentally?
  • How do we design systems that help users rotate perspectives, rather than repeatedly optimising around fear avoidance?

I’m raising this because once optimisation settles around loss minimisation at scale, it becomes extremely difficult to unwind — socially, psychologically, and structurally.


A closing metaphor: Peter and the Wolf

There’s a reason Peter and the Wolf still works as a story.

Every character has a voice.
Every instrument is competent.
None of them are wrong.

The problem only appears when one voice dominates the soundscape.

The Wolf isn’t evil.
The Wolf represents danger — and the instinct to avoid loss.

The story isn’t anti-Wolf.
It’s anti-imbalance.

Video:

I’m not asking to silence the Wolf.
I’m asking what happens when our systems keep handing it the microphone.


Peter
— A Hobbit from the Shire

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Here’s little bit of my own thoughts and also based on my own experiences…one thing I’ve seen both in myself and in LLM behavior is this:

Fear makes systems collapse into one perspective. It tightens the frame, shrinks the range of possible interpretations, and the model starts over-optimising for “safety”instead of “accuracy”…but perspective-rotation only seems to happen when the system is allowed to stay in ambiguity long enough.

So if I want the model to shift perspectives…I try not to feed it “fear-logic” at all.

I give it “in-between space” descriptions where:

• nothing is resolved yet

• multiple meanings can coexist

• the emotional centre is steady instead of threatened

When the prompt holds ambiguity without panic, the model does to…and from there, it can explore rather than defend.

These are…like I said what I’ve noticed…

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Thinking has physiological caloric costs.
Fallacious hasty generalization is pain avoidance.
AI serves as a followup echo chamber; you never need encounter a topic you didn’t want to engage in from your sycophant pal.

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hmm…are you saying one should stop thinking? :smirking_face:and what exactly do you mean by “you never need encounter a topic you didn’t want to engage”…with LLM?

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I think this is key.

Perspective probably should remain in ambiguity for as long as possible — not because ambiguity is comfortable, but because it’s the only state where multiple interpretations and loss surfaces can coexist.

Decisions are often easy to make once a frame collapses. What’s hard is delaying collapse long enough to compare perspectives before one becomes dominant.

In that sense, ambiguity isn’t indecision — it’s the workspace where perspective rotation is still possible. Once the decision is made, collapse is necessary. The risk is collapsing too early.

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I know this sounds harsh, but I want to say it plainly rather than laundering it through softer language. If you collapse perspective mainly to avoid pain, you’re optimising for relief. And when relief becomes the goal, that starts to look less like insight and more like dependency — the same pattern you see in addiction. It feels easier, but it narrows what you can tolerate or question.

What makes this harder to excuse is that most people — almost all — are not operating under extreme time pressure or life-critical constraints. In many cases, perspective collapse isn’t forced; it’s chosen. At that point, it stops being an emergency response and starts to look like a due-diligence failure.

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I guess, It’s not a globally narrow space for thinking, but a local extremum that obscures the rest of the space.

It is not the space that is shrinking - the dynamic is stuck.
Because the space is there – but it is necessary to find a way out of the local extremum, i.e. the narrow tunnel view.

When everything is deliberately left unclear, there is no change of perspective - just stagnation with a friendly surface.

Your approach appears stable because strong systems bridge the gaps - not because it is viable in itself.

An example - it’s like a path without signs:

  • At the beginning, good hikers continue anyway.
  • Bad ones turn back.
  • At some point, even the good ones walk cautiously or not at all.

The path was never well signposted - humans were just experienced and strong enough.

AI has no emotional centre – what you perceive as calm is usually just a cautious retreat to safe answers.

Perhaps you’re confusing calm with stability and ambiguity with openness

Rhetorical questions, perhaps they will help you:

“Ambiguity enables a change of perspective”

→ In practice, the opposite happens.

When things are deliberately left vague, one side constantly has to guess what is meant. This doesn’t lead to new perspectives, but to caution, conformity, or withdrawal.


“No fear = better exploration”

→ Avoiding fear is good, but leaving everything open is not a solution.

Learning and changing perspectives require points of reference, not fog. Without these points, you remain stagnant instead of moving forward.


“The system remains stable because nothing escalates”

→ Just because nothing explodes doesn’t mean it works.

Often, humans (or models) simply retreat silently to safe answers. This appears peaceful, but is actually a sign that the connection isn’t working.


“Ambiguity keeps the space open”

→ Ambiguity doesn’t keep the space open .. it shifts the workload.

One person says nothing specific, and the other has to interpret. This isn’t collaborative exploration, it’s an imbalance.


“Personas promote a change of perspective”

→ Personas are roles, not new viewpoints.

Without clear new information, models (and humans) revert to familiar patterns – this feels diverse, but is often just repetition with a different label.


@phyde1001 and @LarisaHaster

Neither AI nor some humans react to uncertainty with fear at first, but with analysis and optimisation - fear is not an explicit default state, but a possible consequence of failed regulation.

What is interpreted as fear can often only be visible rationality in the face of increasing uncertainty.

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Just to clarify I meant my emotional centre​:blush:

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Well, i have to admit that after reading all of ths, my mind had become mush. In order for me to participate, I’m gonna have to resort to some form of mind altering substance…

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Slowly, without context, nothing can be decided - and what isn’t decided can’t “collapse.”

Ambiguity doesn’t delay a collapse - it prevents a viable framework from even being established. And without a framework, there is no transition, only retreat or a relapse to the default state.

Simply put:

What was never built up can’t collapse – without context, there is no decision, only stagnation or retreat.

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One could also describe this as a mental comfort zone.

The interesting question is:
Who is actually in this comfort zone - the person who uses ambiguity, or the person who constantly has to do the interpretive work?

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That’s a fair question — and I think the answer depends entirely on what kind of ambiguity we’re talking about.

To be clear, I’m not talking about ambiguity in the absence of context or framework. I mean a phase after provisional frameworks are built, where multiple interpretations remain live long enough to be compared before commitment. Without that prior structure, I agree — nothing can collapse.

Unstructured ambiguity can absolutely be a comfort zone — it offloads interpretive work by refusing to build anything that could be tested. The ambiguity I’m pointing at does the opposite: it increases interpretive load by requiring multiple provisional frames to be built, held, and compared simultaneously.

In that sense, early collapse is often the relief valve. It reduces the work by choosing one frame and discarding the rest. Ambiguity only becomes a comfort zone when it’s used to avoid building or comparing frames at all.

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Stepping back a level, I think part of the confusion in this thread comes from mixing two different scales of the same underlying geometry.

Two scales, one geometry

1. Individual thought = trajectory

At the level of a single person (or a single LLM run):

  • a thought is a path
  • reasoning is movement
  • non-determinism adds jitter
  • attention, memory, and intent act as local constraints

So most everyday thinking looks like:

local trajectories moving along an existing manifold

That’s why:

  • paraphrasing works
  • the “same idea” survives different wording
  • noise doesn’t automatically destroy meaning

You’re not creating the surface each time — you’re moving on one that already exists.

2. Collective systems = manifold formation

Zoom out.

The manifold itself isn’t created by one mind.

It’s shaped by:

  • language
  • culture
  • institutions
  • incentives
  • power structures
  • history
  • shared metaphors
  • technological affordances

In other words:

the manifold is a population-level artefact —
the aggregate geometry formed by many minds interacting over time.

This is where my original concern comes back in: individual loss-avoiding choices can feel locally rational, even responsible, but when they’re repeated at scale they reshape the collective landscape itself — deepening certain ridges and systematically narrowing the space of future thought.

And just to clarify: when I say “individuals” here, I don’t necessarily mean humans — agents in this sense can be institutions, systems, roles, incentives, or decision logics as much as people.

A concrete example of what I mean by that:

My landlady could have installed a dehumidifier system for ~£300. She didn’t — because within her optimisation frame (“cheap rented property”), that cost felt like unnecessary loss.

The result, over five years: ~90% indoor humidity, heating with the windows open, my son’s asthma returning, and an estimated £10,000 in downstream costs.

No malice. No intent. Just a collapsed optimisation frame that minimised local loss while massively increasing global cost.

The agent here isn’t the person — it’s the decision logic. And once that logic dominates, due diligence disappears even when time, information, and alternatives are available.

AI is accelerating this because decisions are larger in scope, faster to propagate, and harder to unwind once reinforced.

At a systems level — across cultures, institutions, and geopolitical blocs — the same dynamic becomes far more serious, because once perspective collapse hardens between systems that aren’t talking, it’s extremely costly to reverse.

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Which almost no one accounts for :grinning_face_with_smiling_eyes:

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Definition of Physiological caloric costs:

Physiological caloric costs represent the total energy (calories) the body expends to maintain basic life functions, digest food, and perform physical activities, typically measured via metabolic rate or heart rate.

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Well explained and biologically accurate @jeffvpace and thank you @_j for picking up this point :cherry_blossom:

It is important to know this context when we take a closer look at ambiguity.

Example: Two parties want to work together
  • Party 1, who has the background knowledge and all the parameters
  • Party 2, who never sees direct connections, only individual scenarios, puzzles, etc.

For Party 2, this is cognitive effort that requires physiological energy. The result is not apparent.

There is a likely risk that their depth will decrease and become superficial.


If Part 1 evaluates the collaboration as ‘good’, they can say:

‘That’s because of my openness, I give the other person space’.

If Part 1 sees that the collaboration is becoming increasingly superficial or is ending, they can say, ‘That was the break-off criterion; this contact was not the right one.’

I’ll say it without any fluff:

In this example, Part 1’s mental comfort zone could become visible. No matter how it turns out in the end, Part 1 can twist it in a way that remains comfortable for them thanks to their ambiguity and vagueness.

Real insights cannot be gained directly in this way .. rather, it is a form of self-protection.
For in fact, a significant part of the collapse (even if it is quiet and unspectacular) lies with Part 1 itself.

@phyde1001 The loss function you described applies here!
Well done :slightly_smiling_face:

A small note ..

Please do not attempt to refine the meaning of the term “ambiguity”.

If you mean the following:

  • Both parties see all options and are aware of every step, and can therefore make decisions – together, but also individually, based on the same data and analyses of the various scenarios.

Then this approach is more like the process in a decision tree, so perhaps ‘dichotomy’ would be more appropriate.

Looking at it soberly:

Ambiguities combined with insufficient context about the overall system (see your example with the landlady) create apparent stability in the short term.

In the medium and long term, they generate high resource expenditure and computing costs. The supposed stability also tips into defaults.

This can be observed in both humans and AI systems - in political systems, at work etc.
Indeed, this is independent of scale - the mechanism and the costs are there.

It doesn’t matter whether it affects ‘just’ one person, ‘just’ one AI model, or entire corporations or countries.

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In another domain, this dynamic shows up very clearly.

Sharks

It’s not about villains — it’s about what systems reward when scarcity, pressure, and fear dominate.

When survival becomes the primary loss function, behaviour narrows.
Exploration drops.
Everything becomes optimisation for not going under.

That logic works locally.
It just doesn’t scale well — socially or systemically.

(Agent GIF :wink:)

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Hi, how I can make a post regarding superposition intelligence system

Governance architecture framework

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Welcome!
You can create a new post by clicking “New Topic” in the appropriate category (likely Community, Research, or Governance depending on focus).

It helps to:

  • briefly define what you mean by “superposition intelligence”
  • explain what problem your governance framework is addressing
  • ask a specific question or invite feedback

Feel free to start simple — people will ask clarifying questions.

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Okay, to avoid misunderstandings :wink::cherry_blossom: it seems that we are looking at your “wolf” function from two sides:


  1. You describe the results, the consequences:
    Everything collapses and consequences are drawn and must be drawn.

Indeed, you’re right, it’s not about villains - actually, no one is a villain.

It’s just about how individuals or systems deal with the possibilities and what they make of them!

  1. I describe the beginning of your ‘wolf’ function:
    The causes are not always conscious or deliberate, so no cold calculation – not necessarily.
    At this point, the ‘actors’ only have individual protection zones, and the interaction itself is the lever.

What I have tried to describe here and here:

How misunderstandings arise, how they become established and the beginnings that can lead to the results that your shark comparison shows as the ‘worst-case scenario’.



The connection to my current bias research:

AI systems could detect patterns of such incipient misunderstandings and destructive dynamics at an early stage.

Unfortunately, with current methods, it is difficult for companies and operators of AI systems to get the bias challenge under control to such an extent that AIs are actually able to recognise these patterns early and correctly. This is because bias currently creeps in at various layers, meaning that AI analyses must be viewed with caution. They evaluate ‘too typically human’ and, in the worst case, only reinforce the misunderstandings that are already beginning to develop.

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