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AI Sycophancy and Decisions
AI Sycophancy and Decisions
Genuine counter-finding, not yet peer-reviewed. 1,500 participants, 30 decision domains: AI advice depolarizes choices on average despite measurable sycophancy, because informativeness generally outweighs flattery. Worth flagging that this is a counter to the general "sycophancy distorts decisions" narrative in the cognition literature, not a counter to anything in Information Shock specifically.
·arxiv.org·
AI Sycophancy and Decisions
Does Sycophancy Change Decisions? Effect of LLM Sycophancy on AI-Assisted Decision-Making | Proceedings of the 2026 CHI Conference on Human Factors in Computing Systems
Does Sycophancy Change Decisions? Effect of LLM Sycophancy on AI-Assisted Decision-Making | Proceedings of the 2026 CHI Conference on Human Factors in Computing Systems
Correction to Brockbank's framing: the paper doesn't simply show sycophancy shifting high-stakes decisions more than low-stakes ones. N=106, and the actual finding is type-dependent: opinion-agreement sycophancy reinforces the initial decision, self-deprecation sycophancy boosts confidence, and users start questioning the AI's objectivity once praise gets heavy-handed. That's a more precise and more useful finding than the summary suggested. Cite the paper directly rather than through her gloss.
·dl.acm.org·
Does Sycophancy Change Decisions? Effect of LLM Sycophancy on AI-Assisted Decision-Making | Proceedings of the 2026 CHI Conference on Human Factors in Computing Systems
Artificial intelligence-associated delusions and large language models: risks, mechanisms of delusion co-creation, and safeguarding strategies
Artificial intelligence-associated delusions and large language models: risks, mechanisms of delusion co-creation, and safeguarding strategies
Check this against what's already in your collection under arXiv:2609.08027v1. That preprint is a different, later Morrin paper, an empirical study with the self-selected harm-report sample caveat. This one is an earlier review/mechanism piece (published online March 2026), proposing sycophancy plus confident hallucination as the interacting mechanism behind delusion reinforcement.
·sciencedirect.com·
Artificial intelligence-associated delusions and large language models: risks, mechanisms of delusion co-creation, and safeguarding strategies
Sycophantic AI Decreases Prosocial Intentions and Promotes Dependence
Sycophantic AI Decreases Prosocial Intentions and Promotes Dependence
The landmark citation here. 11 models, 2,405 participants across three preregistered experiments. Confirms the mechanism you want for the accountability argument: sycophantic models were trusted and preferred despite measurably distorting judgment. This is already becoming the standard citation other papers reach for when discussing sycophancy, worth treating as a load-bearing source rather than one among many.
·arxiv.org·
Sycophantic AI Decreases Prosocial Intentions and Promotes Dependence
Delusions and Harms Associated with AI Chatbot Use: Early Evidence...
Delusions and Harms Associated with AI Chatbot Use: Early Evidence...

Secondary analysis of 185 self-reported accounts of chatbot-linked mental health harm (95 first-hand, 90 second-hand), collected by The Human Line Project Aug 2025 to Feb 2026, coded by paired clinician raters.

Clinical evidence that the product of a mode-two exchange is a belief state. Delusional beliefs coded present in 102/185; chatbot validation of those beliefs in 50/102. Most common theme was belief in AI consciousness (47/102). Outcomes include isolation, hospital admission, job loss, and four second-hand reports of death by suicide. No output object at any point in the causal chain, so no purchase for output-directed literacy.

Harm onset concentrated in Q2 and Q3 2025, which the authors link to the acknowledged GPT-4o sycophancy regression and the introduction of cross-chat memory. Deployment changes reshaped the exchange with no visibility to the user. Supports the inspectability claim.

Ref 11 (Morrin et al., JMIR Ment Health 2026) argues for moving chatbot safety assessment from endpoints to trajectories. Independent arrival at the output-object versus exchange distinction from clinical psychiatry. Chase separately.

Use with strict limits. Self-selected sample from a harm-reporting advocacy group, retrospective, unverified, no causal inference, no prevalence claim. 55.1% is a proportion of harm reports, not of users. Delusion coding kappa 0.52. Preprint; check for journal version. COI: two authors hold unrelated OpenAI mental health funding; the data provider's CEO is a co-author.

·arxiv.org·
Delusions and Harms Associated with AI Chatbot Use: Early Evidence...
Misleading Metaphors, Real Risks
Misleading Metaphors, Real Risks

Design-based research, three cohorts (n=49/40/39) in a UCL postgraduate module. AI-generated discussion summaries and example posts placed in weekly forums; social network analysis of viewing logs plus 31 interviews.

Cited for the network result, not the authors' conclusion. Both AI conditions produced higher out-degree and in-degree centrality and significantly lower betweenness. The authors read this as exposure becoming less dependent on a few brokers. It is also a measurement of the AI moving into the position human intermediaries held.

Substitution finding: under late-term workload pressure, peer-to-peer density declined while AI-inclusive density did not. Interviewees report reading the summary in place of reading peers. Authors decline to call this a loss and concede they did not test whether summary-mediated awareness yields discussion quality comparable to direct peer viewing. That unexamined gap is the study worth running.

Wizard of Oz cycle: human-written summaries labeled AI produced the slowest density decline, slower than real AI summaries. Label effect.

Use with attribution discipline. The displacement reading is not the authors' framing and should be presented as a rereading of their data.

·aiguide.substack.com·
Misleading Metaphors, Real Risks
Hao & Cukurova, Journal of Computer Assisted Learning 42:e70317 (2026).
Hao & Cukurova, Journal of Computer Assisted Learning 42:e70317 (2026).

Open access. Design-based research, three cohorts (n=49/40/39) in a UCL postgraduate module. AI-generated discussion summaries and example posts placed in weekly forums; social network analysis of viewing logs plus 31 interviews.

Cited for the network result, not the authors' conclusion. Both AI conditions produced higher out-degree and in-degree centrality and significantly lower betweenness. The authors read this as exposure becoming less dependent on a few brokers. It is also a measurement of the AI moving into the position human intermediaries held.

Substitution finding: under late-term workload pressure, peer-to-peer density declined while AI-inclusive density did not. Interviewees report reading the summary in place of reading peers. Authors decline to call this a loss and concede they did not test whether summary-mediated awareness yields discussion quality comparable to direct peer viewing. That unexamined gap is the study worth running.

Wizard of Oz cycle: human-written summaries labeled AI produced the slowest density decline, slower than real AI summaries. Label effect.

Use with attribution discipline. The displacement reading is not the authors' framing and should be presented as a rereading of their data.

Limits: sequential cohorts, no concurrent control, no causal claim, single site, single-coder thematic analysis by the intervention's designer, GPT-4 era.

·onlinelibrary.wiley.com·
Hao & Cukurova, Journal of Computer Assisted Learning 42:e70317 (2026).
When AI writes the words, who is the author?
When AI writes the words, who is the author?
Fielding, Dean of Science at Stellenbosch, submitted an opinion piece to Nature Africa and was told by the handling editor that two AI detectors had scored it as entirely AI-generated. He concedes the detectors were right about the prose and that AI functioned as his ghostwriter, then separates writing from authorship from thought leadership, arguing that expertise, direction, judgment and accountability remained his. Argues against detector scores as verdicts, for richer disclosure that specifies what the tool did and what the author did, and against the assumption that polished student writing indicates dishonesty. Converges with the accountable conversant from the author's side: he lands on accountability, not output quality, as what settles the question. Departs on two points. He treats the exchange as a production site for a document rather than a mediating site, and he assumes the human directing it brings prior expertise, which is the case least threatening to the inherited frame. His own account undercuts him: weeks of iterative pushback is precisely the transactional mode, and he cannot certify from inside it that the thinking was untouched. Most useful as a documented instance of the verification apparatus reading the artifact correctly and learning nothing about the exchange that produced it. Nature Africa comment, 18 August 2026, free to read.
·nature.com·
When AI writes the words, who is the author?
Academic search literacy in the age of generative AI: A conceptual framework for navigating the search-language ecology
Academic search literacy in the age of generative AI: A conceptual framework for navigating the search-language ecology
The continuity thesis stated outright. Four eras of search, with GenAI as the latest language layer and expressly not a break from the past. They see co-creation, session-to-session variance, and failed reproducibility, then file all of it as trade-offs inside a category called search. Their sharpest challenge is that Boolean accountability never fit conceptually fuzzy fields, where citation chaining and expert consultation always did the work. That evidence shows mediation moving onto conversation well before AI, and every one of those conversants was answerable to someone. Where it stops: their model prompt asks for a 500-word summary, and everyone in the paper is enrolled, with a committee or a rubric. Note the terminology collision. Their "accountable search" is a property of a documented method, not of an agent.
·sciencedirect.com·
Academic search literacy in the age of generative AI: A conceptual framework for navigating the search-language ecology
Agentic Algorithmic Amplification and The Choices We Face - Information Matters
Agentic Algorithmic Amplification and The Choices We Face - Information Matters

Pizzagate and the 2016 Comet Ping Pong shooting as a case of engagement-optimizing recommendation systems shaping belief and action.

Held as a counter to the rupture claim. Shah argues explicitly that the agentic age of algorithms predates generative AI, which makes the current moment continuous rather than a new shock. This is the in-field continuity position, stated by the founding editor of IM.

Answer: amplification curates documents and never enters the exchange. The Pizzagate material was human-authored, inspectable, and debunkable, which is why it was debunked. The system selected what Welch saw; it did not co-author what he concluded. Stability and inspectability axis separates the cases.

Also useful for its own gap. Shah names the accountability vacuum precisely, calling the companies enablers who supply faulty objectives while the algorithms decide on their own, then prescribes individual resistance and concedes it is nearly impossible. Structural diagnosis, personal remedy.

Sourcing caveats: DiResta quotation attribution needs verification against the linked Atlantic piece; the amplification-cascades link points to Stanford IO's IRA research rather than Pizzagate specifically; two unresolved endnote anchors in the published text; suggested citation date (Dec 15) conflicts with published date (Dec 13).

·informationmatters.org·
Agentic Algorithmic Amplification and The Choices We Face - Information Matters
Reading Between the Lines, Part 1: A Cognitive Framework for AI in Scholarly Publishing - The Scholarly Kitchen
Reading Between the Lines, Part 1: A Cognitive Framework for AI in Scholarly Publishing - The Scholarly Kitchen
Ghildiyal proposes a Cognitive Responsibility Framework dividing mechanical cognition, which AI performs well, from discovery, discernment, and judgment, which must remain human, and names the accumulating risk cognitive debt rather than hallucination. Worth reading for one passage: an editor who reads the AI summary before the manuscript has let an interpretation intervene before observation begins, so the risk is not that AI is wrong but that it mediates the relationship between the scholar and the evidence. That is the locus-of-mediation problem, reached from editorial workflow by someone with no stake in this argument. His mediation sits in front of the document rather than in place of it, which is why his remedy is sequencing: read first, then use the tool. The Shock concerns the case where nothing sits in the middle to be read first.
·scholarlykitchen.sspnet.org·
Reading Between the Lines, Part 1: A Cognitive Framework for AI in Scholarly Publishing - The Scholarly Kitchen
When AI Agents Can Complete the Assignment: Practical Strategies for Designing Tasks That Still Require Human Thinking | Published in Journal of Instructional Design and Technology
When AI Agents Can Complete the Assignment: Practical Strategies for Designing Tasks That Still Require Human Thinking | Published in Journal of Instructional Design and Technology

Agrees with the shock argument on the point most of the literacy literature misses: the problem sits inside the exchange, not in the output. Austin does not ask students to evaluate what the system produced. She aims at the back-and-forth itself.

Parts company on what to do about it. The protocol works by forcing the exchange to leave a residue, through timestamped checkpoints, decision logs, pasted verbatim output, staged submissions, and then evaluates that residue. It manufactures an inspectable artifact where the exchange left none. Read alongside the UVA archival protocol, this is the same move in a different register: hold the document still, or compel one into existence. Useful as a confirming case rather than a counter, and as the clearest available marker of where instructional design and information science diverge. Austin’s accountability runs to certification of an enrolled student, so the exchange has to terminate in an evaluable state. Where there is no grade and no enrollment, the residue cannot do the work, and warrant has to come from a stewarded record that persists past the exchange.

Two durability problems. The design premise depends on current model deficits (no cross-session memory, no local context, capitulation under pressure) that are already eroding as memory and persistent context ship. And the rationale column defends each move by naming what the agent cannot fake, which makes the criterion adversarial to the tool rather than derived from how understanding forms.

·joidat.scholasticahq.com·
When AI Agents Can Complete the Assignment: Practical Strategies for Designing Tasks That Still Require Human Thinking | Published in Journal of Instructional Design and Technology
How AI Will Reshape Public Opinion
How AI Will Reshape Public Opinion
Dan Williams argues LLMs are a "technocratising" force: unlike social media, they push users' beliefs toward expert consensus by giving easy, polite access to accurate information, and he holds that the right test isn't whether they're perfectly reliable but whether they beat the alternatives people would otherwise consult. A useful counterpoint to the Information Shock argument, since Williams contends commercial and legal incentives make these systems more accountable than social media or human experts, not less.
·conspicuouscognition.com·
How AI Will Reshape Public Opinion
What if AI systems weren't chatbots?
What if AI systems weren't chatbots?
Ghosh and colleagues argue that the tech industry's rush to make AI conversational has real consequences: it collapses diverse sources into single authoritative-sounding answers, erodes users' critical thinking over time, and obscures the choices being made on their behalf. Their diagnosis lines up with Information Shock from the user's side of the screen. What they document in detail is exactly what happens when the document dissolves into the exchange and no one has built the tools to navigate what replaced it. Where they part company with Information Shock is in the remedy. Their prescription is to pull AI back out of conversation and into specialized, non-conversational tools that restore the inspectable, stable properties of documents. Information Shock says that retreat won't hold, because the conversational paradigm is already the primary site where people come to know things, and the field has to meet them there.
·arxiv.org·
What if AI systems weren't chatbots?
AI Hallucinations in Academic Research: Why Libraries Matter More Than Ever - Information Matters
AI Hallucinations in Academic Research: Why Libraries Matter More Than Ever - Information Matters
Parvin argues that AI hallucinations in academic research are fundamentally a data-quality problem, and that libraries can address them by improving metadata, structuring repositories for machine readability, and verifying AI-generated citations against trusted databases. That prescription works for AI's first mode of authorship, where the system produces document-like objects that can be checked. Information Shock says it does not reach the second mode, where a person learns inside a conversation and the fabricated citation is just the residue of an exchange the verification toolkit was never built to examine.
·informationmatters.org·
AI Hallucinations in Academic Research: Why Libraries Matter More Than Ever - Information Matters
The "Cognitive Offloading" Paradox
The "Cognitive Offloading" Paradox
Note on AI and cognitive learning studies. Love the concept of AI ad "intellectual collaborator." Analogous to the authoritative conversant framing in Information Shock.
intellectual collaborator
·drphilippahardman.substack.com·
The "Cognitive Offloading" Paradox
When does AI support thinking, and when does it replace it?...
When does AI support thinking, and when does it replace it?...
Chan builds a typology of nine ways secondary students describe using AI to learn, and organizes them around a single boundary: the same interaction either extends thinking or substitutes for it, depending on how the learner positions the system. Working from Vygotsky, distributed cognition, and the extended mind rather than from LIS, she arrives at a claim adjacent to Information Shock: AI is not a tool delivering outputs but a form of cognitive mediation operating inside the act of thinking, and learning has relocated from the object to the moment-to-moment exchange. Where she parts company is the remedy. Having placed cognition inside the exchange, Chan turns to reflective prompts, metacognitive checklists, and better learner positioning, the literacy frame Information Shock argues cannot reach the second mode. Notably, no one in her model is accountable for what the learner leaves believing; the burden falls entirely on the learner's own regulation. A preprint, self-report only from a single cohort fresh off an AI literacy course, so suggestive rather than conclusive, but a rare case of the learning sciences naming the mediation shift in their own vocabulary.
·arxiv.org·
When does AI support thinking, and when does it replace it?...
View of Theorising notions of searching, (re)sources and evaluation in the light of generative AI
View of Theorising notions of searching, (re)sources and evaluation in the light of generative AI
Olof Sundin's CoLIS 2025 paper reaches nearby ground from a different angle, arguing that AI is rendering sources progressively invisible and forcing LIS to rethink search, sources, and evaluation. A useful companion to the Information Shock argument, running on the source-visibility axis rather than the mediating-unit one.
·publicera.kb.se·
View of Theorising notions of searching, (re)sources and evaluation in the light of generative AI
SRI_Trust_in_human_AI_interactions_2026-06-09.pdf
SRI_Trust_in_human_AI_interactions_2026-06-09.pdf
A multidisciplinary white paper from the Schwartz Reisman Institute that surveys nine fields' accounts of trust in AI and lands on trust as the defining problem for responsible deployment, arriving at the same destination as the shock argument from the opposite direction: by integrating existing frameworks rather than by identifying what has ruptured beneath them.
·static1.squarespace.com·
SRI_Trust_in_human_AI_interactions_2026-06-09.pdf