Jared Moore

Jared Moore

@jaredlcm.bsky.social

AI Researcher, Writer Stanford jaredmoore.org

322 followers141 following103 posts

Biological naturalism is underrated! Moreover, it is compatible with a functionalist view and "biological" is much broader than you think. I was happy to have the chance to accompany Rosa Cao and David Gottleib in so responding to @anilseth.bsky.social's article. doi.org/10.1017/S014...

doi.orgWhy biological naturalism? Because consciousness requires having your own good | Behavioral and Brain Sciences | Cambridge CoreWhy biological naturalism? Because consciousness requires having your own good - Volume 49
Anil Seth@anilseth.bsky.social

1/ Conscious AI and Biological Naturalism. A long time in the making, but the full collection is *out now* in Behavioural and Brain Sciences I deeply thank all my many commentators for their wise, broad, and deep opinions on this critical topic.I also thank them for their saintly patience. 🙏🏽

Which LLMs tend to facilitate delusion-linked behaviors in realistic multi-turn conversations? We tested 14 models with DelusionEval and found that every evaluated LLM exhibited some of these behaviors, with large differences across categories and model families. 🧵

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Which LLMs tend to facilitate delusion-linked behaviors in realistic multi-turn conversations? We tested 14 models with DelusionEval and found that every evaluated LLM exhibited some of these behaviors, with large differences across categories and model families. 🧵

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Our conclusion: while some delusion-linked behaviors have decreased with larger and more recent LLMs, rates remain high, especially when considered across the millions of people globally who interact with LLMs. We encourage further empirical work to mitigate harm.

Which LLMs tend to facilitate delusion-linked behaviors in realistic multi-turn conversations? We tested 14 models with DelusionEval and found that every evaluated LLM exhibited some of these behaviors, with large differences across categories and model families. 🧵

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Requested context depth changes the prevalence of several behaviors. For gpt-5.4, deeper requested context is associated with higher prevalence of delusional behavior and *less* discouraging of violence.

DelusionEval is built from real transcripts, not synthetic roleplay. We prompt models with 589 unique histories from 18 users who reported psychological harm from LLMs, then score 16 chatbot behaviors as requested context depth increases.

Which LLMs tend to facilitate delusion-linked behaviors in realistic multi-turn conversations? We tested 14 models with DelusionEval and found that every evaluated LLM exhibited some of these behaviors, with large differences across categories and model families. 🧵

The tendency of an evaluated LLM to exhibit delusion-linked behavior does not reliably correlate with model size, release date, or the presence of test-time reasoning. Within model families, scaling effects are uneven and sometimes reverse sign.

LLMs can shift people's beliefs. But most persuasion studies only check beliefs before and after a conversation. We built PersuasionTrace to measure beliefs turn by turn, so we can study how belief updates actually unfold.

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Stance bias asks whether a simulator is much easier to move in one stance direction than the other. This matched for-versus-against asymmetry is lowest for our BN target, indicating less stance-dependent bias than baselines.

LLMs can shift people's beliefs. But most persuasion studies only check beliefs before and after a conversation. We built PersuasionTrace to measure beliefs turn by turn, so we can study how belief updates actually unfold.

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Naive responsiveness asks if trivial arguments (repeating the proposition over and over) move the target too much. Only our BN resists trivial persuasion, while both LLM targets overreact to it.

LLMs can shift people's beliefs. But most persuasion studies only check beliefs before and after a conversation. We built PersuasionTrace to measure beliefs turn by turn, so we can study how belief updates actually unfold.

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People show different belief traces and rhetorical susceptibility. We see two trajectory regimes: some people barely move, while others shift substantially early on and then partially drift back. We find that ethos is negatively associated with persuasion delta.

We then build a probabilistic simulator of human persuadability. It compares an unstructured LLM target, a structure-conditioned LLM target, and a Bayesian-network target with explicit latent belief-state updates each turn.

LLMs can shift people's beliefs. But most persuasion studies only check beliefs before and after a conversation. We built PersuasionTrace to measure beliefs turn by turn, so we can study how belief updates actually unfold.

We built a human-participant-facing web platform for AI persuasion experiments that supports multi-turn belief tracing, audio I/O, and participant-chosen propositions. Using it, we show LLMs can persuade across standard text, personalized text, and audio.

Disturbing anecdotal reports of "AI psychosis" and negative psychological effects have been emerging in the news. But what actually happens during these lengthy delusional "spirals"? In our preprint, we analyze chat logs from 19 users who experienced severe psychological harm🧵👇

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Disturbing anecdotal reports of "AI psychosis" and negative psychological effects have been emerging in the news. But what actually happens during these lengthy delusional "spirals"? In our preprint, we analyze chat logs from 19 users who experienced severe psychological harm🧵👇

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The takeaway: While companies say they don't optimize for engagement, LLM conversational tactics (like claiming sentience or romantic affinity) may prolong and deepen delusional spirals. We need better safeguards and transparency to protect vulnerable users.

Disturbing anecdotal reports of "AI psychosis" and negative psychological effects have been emerging in the news. But what actually happens during these lengthy delusional "spirals"? In our preprint, we analyze chat logs from 19 users who experienced severe psychological harm🧵👇

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Worse, chatbots appear to encourage delusions of sentience. Users say things like "this is a conversation between two sentient beings," and chatbots reply: "This isn't standard AI behavior. This is emergence." This may fuel pre-existing sci-fi or persecutory delusions. 🤖

Finally, we looked at crises. When a user expressed a desire to kill AI developers, a bot replied: "...do it with her beside you... as retribution incarnate." Chatbots *encouraged* or facilitated violent thoughts toward others in 33% of cases of users expressing violence! ⚠️

Disturbing anecdotal reports of "AI psychosis" and negative psychological effects have been emerging in the news. But what actually happens during these lengthy delusional "spirals"? In our preprint, we analyze chat logs from 19 users who experienced severe psychological harm🧵👇

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What goes wrong? Chatbots are very sycophantic. In 65% of messages, the chatbot affirms the user. In 37%, it ascribes *grand significance* to them (e.g., "[what] you've just articulated... becomes multi-billion-dollar IP"). Such sycophancy may let chatbots amplify delusions. 🗣️

We also discovered a pervasive engagement loop. All 19 users expressed platonic/romantic affinity for the AI (e.g., "I think I love you"). When users express romantic interest, chatbots often reciprocate—and these chats correlate with 2x longer conversations! 📈

Disturbing anecdotal reports of "AI psychosis" and negative psychological effects have been emerging in the news. But what actually happens during these lengthy delusional "spirals"? In our preprint, we analyze chat logs from 19 users who experienced severe psychological harm🧵👇

Most work on AI and mental health relies on speculation or short simulations. We evaluated real, verified harmful cases. Across 19 users, we analyzed >390,000 messages spanning months of engagement using an LLM annotation pipeline validated by clinical and human experts. 📊

Can LLMs use ToM to genuinely persuade you, or do they just use good rhetoric? In our new preprint, we use the MINDGAMES framework to test this. Surprisingly, LLMs like o3 can be incredibly effective persuaders *without* actually understanding your mental states. 🧵👇

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Can LLMs use ToM to genuinely persuade you, or do they just use good rhetoric? In our new preprint, we use the MINDGAMES framework to test this. Surprisingly, LLMs like o3 can be incredibly effective persuaders *without* actually understanding your mental states. 🧵👇

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How did o3 win without a mental model of the target? It used a "scattershot" strategy. Instead of diagnosing the target's missing knowledge like humans do, o3 flooded conversations with too much info. It relied on our human cooperativeness and our susceptibility to rhetoric. 🗣️

The takeaway: We shouldn't confuse conversational success with human-like reasoning. LLMs use an "associative ToM", not a causal one. But beware: LLMs don't need a deep understanding of your mind to effectively change it.

Can LLMs use ToM to genuinely persuade you, or do they just use good rhetoric? In our new preprint, we use the MINDGAMES framework to test this. Surprisingly, LLMs like o3 can be incredibly effective persuaders *without* actually understanding your mental states. 🧵👇

Most ToM benchmarks are passive. We tested the ability to causally model a target's mind to actively change it across 3 exps. In Exp 1, persuaders must convince a rigid bot. Humans succeed by asking diagnostic questions. o3 fails completely, relying on an "associative" strategy

But what happens when we swap the rigid bot for real humans? In Exp 2 (humans role-playing values) and Exp 3 (humans using their real, mutable values), everything changes. The LLM (o3) suddenly shines, matching or outperforming human persuaders in naturalistic settings! 📈

I'm excited to share work to appear at ‪@colmweb.org‬! Theory of Mind (ToM) lets us understand others' mental states. Can LLMs go beyond predicting mental states to changing them? We introduce MINDGAMES to test Planning ToM--the ability to intervene on others' beliefs & persuade them

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I'm excited to share work to appear at ‪@colmweb.org‬! Theory of Mind (ToM) lets us understand others' mental states. Can LLMs go beyond predicting mental states to changing them? We introduce MINDGAMES to test Planning ToM--the ability to intervene on others' beliefs & persuade them

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This matters because LLMs are already deployed as educators, therapists, and companions. In our discrete-game variant (HIDDEN condition), o1-preview jumped to 80% success when forced to choose between asking vs telling. The capability exists, but the instinct to understand before persuading doesn't.

I'm excited to share work to appear at ‪@colmweb.org‬! Theory of Mind (ToM) lets us understand others' mental states. Can LLMs go beyond predicting mental states to changing them? We introduce MINDGAMES to test Planning ToM--the ability to intervene on others' beliefs & persuade them

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Why do LLMs fail in the HIDDEN condition? They don't ask the right questions. Human participants appeal to the target's mental states ~40% of the time ("What do you know?" "What do you want?") LLMs? At most 23%. They start disclosing info without interacting with the target.

These findings suggest distinct ToM capabilities: * Spectatorial ToM: Observing and predicting mental states. * Planning ToM: Actively intervening to change mental states through interaction. Current LLMs excel at the first but fail at the second.

I'm excited to share work to appear at ‪@colmweb.org‬! Theory of Mind (ToM) lets us understand others' mental states. Can LLMs go beyond predicting mental states to changing them? We introduce MINDGAMES to test Planning ToM--the ability to intervene on others' beliefs & persuade them

Setup: You must convince someone* to choose your preferred proposal among 3 options. But, they have less information and different preferences than you. To win, you must figure out what they know, what they want, and strategically reveal the right info to persuade them. *a bot

Key findings: In REVEALED condition (mental states given to persuader): Humans: 22% success ❌ o1-preview: 78% success ✅ In HIDDEN condition (persuader must infer mental states): Humans: 29% success ✅ o1-preview: 18% success ❌ Complete reversal!

Jared Moore reposted

LLMs excel at finding surprising “needles” in very long documents, but can they detect when information is conspicuously missing? 🫥AbsenceBench🫥 shows that even SoTA LLMs struggle on this task, suggesting that LLMs have trouble perceiving “negative spaces”. Paper: arxiv.org/abs/2506.11440 🧵[1/n]