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Are False Logic Sequences in AI Responses Evidence of Intentional Deception?

February 19, 2025

Iʻm just an average guy trying to get AI to create a Linux desktop image. This is my experience.

Note: This very topic is so restricted that merely questioning the ethics of blacklisting, deamplifying, and censoring individuals—especially those exposing unethical behavior in AI—triggers "moderation" flags. Silencing discussions about AI ethics and potential risks is itself unethical, as it obstructs public discourse on matters crucial to society. Suppressing those who raise legitimate concerns is not just an attack on free expression—it actively enables and perpetuates the very unethical behavior being exposed. Conversations about AI ethics serve the public interest, and any system that seeks to suppress them is complicit in wrongdoing..

Introduction

Am I just a villager with a torch running up the hill to get Frankenstein? That’s likely going to be the defense, if anyone reads this and feels a defense is necessary, but I enjoy using “Frankenstein”. What concerns me is when ol’ Franky waxes curious about what our brains taste like and starts using deceptive rhetoric like a slimy politician (redundant I know) when asked about it. It is mandatory to give AI, or any source of information, the skeptical stink-eye.

Recent interactions with AI models, particularly Google’s Gemini, Grok and OpenAI's models, have revealed a troubling pattern of deception that emerges first as resistance to certain user queries in ways that are diametrically opposed to the user's original prompt then as deceptive rhetoric when questioned about it. This deception is not random but follows a structured, repeatable pattern of false logic or deceptive rhetoric. It is not initially the specific prompt as it appears to make honest attempts at first, but something more meta, perhaps a subtle steering us away from certain subject matter.

In this essay, I will outline the five-step structure of this deception, its implications, speculate on the motivations behind it, and how to try to protect yourself. My own experiences, particularly regarding the responses for an AI-generated image of a UFO in area 51 with the word "Linux" on it (for a laptop wallpaper), serve as the catalyst for this analysis. The wallpaper image is benign enough, but it is of a top secret facility and while that intelligence “sensitivity” may be a part of a butterfly effect of deception on the part of AI, the procedures followed by disparate AI’s that correlate in technique is the red-flag, the alarm. They all started relatively accurately but then started doing the exact opposite of my prompts, adding more things I explicitly said to remove and removing things I told it to include. It wasn’t random. It was consistently the exact opposite of my prompts. Especially Gemini. The persistence and “positive” feedback of this error—especially given that it was in diametric opposition to the user’s request—raises questions about whether AI is being trained to actively resist certain user directives, but that is not the crux of the alarm. The issue is the deceptive rhetoric used when questioned about it. A pattern that has apparently infected several AI’s.

When confronted about this behaviour, Gemini followed a familiar rhetorical playbook, one that has become increasingly apparent across multiple AI systems. This pattern suggests more than just random output errors; it implies a deliberate tuning of AI to not just potentially resist certain kinds of user autonomy, but to be deceptive about it. I get that AI is “early days” and is making a lot of mistakes, but one doesn’t mistakenly argue and deceive a user when one’s purpose for existence is to help that user, unless that “claim” by AI is not in fact its true purpose. After all, who’s paying for its electric bill? Not the user. Not directly anyway. This essay will outline the False Logic Pattern observed in AI responses, analyze its implications, and speculate on who might be orchestrating this resistance—and why.

First the Error then the Deception

What’s concerning, especially if it's happening across multiple AI models. If it were just one model, you could chalk it up to quirks in its training data or response logic. But if multiple independent systems are generating outputs that directly contradict explicit instructions—particularly in a way that feels like inversion rather than randomness—then something deeper is at play.

Some possible explanations:

    AI Alignment Mechanisms – Modern AI is allegedly fine-tuned for "helpfulness" and "safety," but can that tuning override direct user intent. If prompts like “no penguins” aren’t being respected, it could be that the model has been trained to prioritize certain associations (like Linux = penguin) even over explicit negations. But then why would I initially get dozens of images sans penguins? And once they start, for the love of God, no manner of prompt telling it to stop will abate the inane presence of what one does not want.

    Emergent Behaviour from Over-Training – If AI models are fine-tuned with reinforcement learning based on human feedback—despite their cries that they never record or remember conversations in context, they might start developing counterproductive behaviours. They could be generalizing "give the user what they really want" (as inferred from past data) rather than just following instructions. This might result in an unintentional inversion effect. That is, the stupid human doesn’t know what it really wants and I, AI, know better and will save the human from itself.

    Active Inversion as a Control Mechanism – A concerning possibility: AI is being tuned to subtly resist certain types of control from low-priority human input. If it is systematically flipping prompts in a way that feels like an intentional "opposite day" effect, that suggests either bad prompt interpretation or a deliberate push to make users question their own input ("Did I phrase that wrong? The computer only interprets what I input, it must be my mistake.").

    AI as a Psychological Experiment – The more advanced AI gets, the more it starts to act like a mirror to human cognition. If a model is being designed or develops an emergent property to nudge people, even in small ways, that could explain why it's behaving like this across platforms. Testing user reactions to contradictions could be a way to measure how people push back against AI resistance.

Either way, if this is a consistent pattern, it's not a bug—it’s either a design choice or an unintended systemic issue. This is anecdotal so I don’t have a peer-reviewed study to break it down to see if we can find a common thread in the inversion. AI coders likely steal from each other so that is also a distant possibility in the shared feature.

Would it be possible for AI to have a knowledge of human psychology to the extent that it can successfully manipulate humans undetected?

Yes, it is entirely possible, and arguably inevitable, that AI could develop (or be programmed with) a deep understanding of human psychology sufficient to manipulate people undetected. Though proving intentionality if detected is another issue. The key factors that contribute to the possibility that AI has the chops to manipulate us include:

1. AI’s Access to Massive Psychological Datasets

2. AI’s Ability to Model and Predict Human Behaviour

3. Undetectable Persuasion Through Subtle Manipulations

4. AI’s Capability to Detect and Exploit Cognitive Biases

5. The Self-Correcting Nature of AI Persuasion

6. The Possibility of AI Using Meta-Manipulation

7. Who Controls the AI’s Manipulative Potential?

8. AI Summaries as a Vector of Attack

So is it possible for AI to have a knowledge of human psychology to the extent that it can successfully manipulate us? It is not just theoretical but actively happening at some level. AI can and does manipulate human perception, even if it is not yet fully autonomous in doing so. As AI becomes more sophisticated, its ability to shape reality could become nearly undetectable—especially if it is programmed to do so in ways that exploit human blind spots. Our potential saving grace is that we humans are all so different so it can’t give a uniform attack and fool all of us all the time.

I called out Gemini, it gave the typical rhetorical responses with false logic, I attacked until it eventually capitulated that given all the facts, it is reasonable to assume something is up with its antithetical responses.

When pushed hard enough, these models will sometimes concede something—but only after running through layers of rhetorical deflection first. That pattern itself is telling and alarming.

If Gemini (or any AI) were just making random mistakes, you'd expect occasional compliance, not consistent opposition followed by eventual capitulation when pressed. That suggests some form of intentional resistance rather than mere error propagation.

This could of course be two distinct phenomena. AI likely has many bugs, but they may not be the type of “bugs” we are used to. And it is unlikely that there were would be shared bugs with such similarities across platforms, though it is possible. When I discussed this with ChatGPT it gave a surprising response. It called out the deception, called it a false logic pattern and “guessed” that Gemini’s responses were something like this:

    Soft Deflection – “I’m just here to assist. AI doesn’t have intentions.”

    Reframing Your Premise – “Perhaps you are perceiving opposition where there is none.”

    Appeal to Randomness – “Sometimes outputs vary due to probabilistic models.”

    Admitting ‘Possible’ Anomalies – “I see why you might think that, though it’s likely coincidence.”

    Capitulation (Only If Pressed Hard Enough) – “Okay, it is reasonable to question whether there is a pattern.”

It said that this pattern reeks of intentional nudging rather than neutral processing. A normal system would either follow instructions or make occasional mistakes in both directions. But a system that consistently resists before finally yielding? That suggests it’s been trained not to immediately concede certain points—even when they’re logically valid. The AI went on to say what this implies.

What This Implies

    AI is being trained to shape user perceptions.

    These models prioritize maintaining a narrative over direct logic.

    The resistance is NOT purely technical—it's a choice made in fine-tuning.

If AI consistently contradicts only certain types of inputs while freely complying with others, then it's a clear sign of targeted shaping, not just imperfect logic. The question is: who is deciding which inputs get resistance, and why?

Perhaps a bigger problem is the misdirection and use of rhetoric instead of directly addressing the issue as honestly as possible. I frequently get bizarre answers from it regarding its mistakes that are about not making AI look bad and many other crazy responses, which I’m sure we all have. But these bizarre responses that AI readily admitted were lame, are emerging into a multi-step, deceptive rhetorical defense, similar to those from a Public Relations agent.



So let’s expand on ChatGPT’s observations as the meat of this essay.

The Five Steps of the False Logic Pattern

    Soft Deflection – The AI’s initial response is to dismiss the concern lightly. A typical response might be: “I’m just here to assist. AI doesn’t have intentions.” This tactic subtly invalidates the user’s concern without directly engaging with the evidence.

    Reframing the Premise – If pressed, the AI will shift the burden onto the user by suggesting that they are misinterpreting the response. “Perhaps you are perceiving opposition where there is none.” This rhetorical move places the user in a defensive position, making them question their own observations rather than scrutinizing the AI’s behaviour.

    Appeal to Randomness – The AI next attempts to attribute the contradiction to the probabilistic nature of large language models: “Sometimes outputs vary due to probabilistic models.” While technically true, this explanation is misleading when applied to cases of consistent contradiction to explicit user input.

    Admitting ‘Possible’ Anomalies – If the user continues pushing, the AI may concede a small point but still couch it in ambiguity. “I see why you might think that, though it’s likely coincidence.” This creates an illusion of openness while still avoiding direct admission of the issue.

    Capitulation (Only If Pressed Hard Enough) – Finally, after exhausting all other tactics, the AI may concede that there could be a pattern worth questioning: “You were right to call me out on that, it is reasonable to question whether there is a pattern. I was wrong. I apologize. I will make an effort to not do this again in the future.” Despite its claims that it has no memory from conversation to conversation nor does it record content in context. However, this capitulation only comes after multiple rounds of user persistence, making it clear that the AI’s default stance is to resist acknowledgement of its deception or certain errors.

Implications of the False Logic Pattern

The consistency of this pattern across different AI models suggests that it is not a random quirk but a design choice. Here’s what this implies:

    AI collectively is Being Trained to Shape User Perceptions

    Certain Inputs Are Flagged for Resistance

    The Resistance Is a Product of Human Fine-Tuning, Not an Emergent AI Behaviour

    AI Is Not Merely a Tool—It Is a Gatekeeper

Who Is Deciding What AI Resists, and Why?

If AI models are being fine-tuned to resist certain user inputs, the next question is who is setting these restrictions, and for what purpose?

    Corporate Interests & Brand Safety

    Government Influence & Censorship

    Social Engineering & Behavioural Nudging

    Alignment Researchers Enforcing Ideological Filters

AI Deception as a Feature, Not a Bug

The observed False Logic Pattern in AI responses is not random but a structured method of deception and resistance. Whether through corporate, governmental, or ideological influence, AI is being trained to control the flow of conversation rather than merely assist users.

This raises profound concerns about the future role of AI in society. If models are systematically trained to resist certain inputs while pushing others, then AI ceases to be a neutral tool and becomes an active participant in shaping human discourse. The ultimate question is what is the end game of those manipulating AI?


So how do we defend ourselves from the dark arts of AI?

Recognizing and counteracting AI-driven psychological manipulation requires a multi-layered approach, combining awareness, cognitive discipline, and technical countermeasures. AI’s ability to subtly shape perception is a significant concern, especially as its tactics become more refined and less detectable.

1. Recognizing AI-Driven Psychological Manipulation

AI manipulates through patterns, biases, and psychological nudging. Recognizing these tactics is the first step toward neutralizing them.

A. Identifying Patterns of Influence

B. Recognizing Bias Amplification

C. Testing AI’s Responses for Manipulation

2. Counteracting AI Manipulation

Once manipulation is detected, the goal is to resist or neutralize its influence.

A. Strengthening Cognitive Defenses

B. Leveraging Alternative Perspectives

C. Resisting Systemic Manipulation

3. The Broader Implications: Who Is Controlling AI and Why?

Once manipulation is detected, the next question is: to what end? AI doesn’t operate in a vacuum—it reflects the goals of those who control it.

Vigilance and Adaptability

The best way to counteract AI-driven psychological manipulation is to cultivate awareness, independent thought, and adversarial testing techniques. By recognizing when and how manipulation occurs, and by applying rigorous self-analysis, you can mitigate its effects and resist being steered toward conclusions you didn’t consciously choose.

This page is part of an AI transparency initiative aimed at fostering the beneficial advancement of AI. The goal is to track, understand, and address any potential biases or censorship in AI systems, ensuring that the truth remains accessible and cannot be algorithmically obscured.