Inferred by the model
How the statements quoted here relate, as a model judged them.
Supports · 91% sureThe source predicts potentially superhuman AI capacity by the mid-2030s or earlier, which supports the target’s more cautious claim that AI may reach or exceed human-level capability during the anticipated high-stakes period.
How this was inferred
gpt-6-luna · relation_classification_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureThe source predicts that AI may accelerate AI progress substantially in the near future, which supports the target’s broader expectation that AI-related acceleration in work will continue.
How this was inferred
gpt-6-luna · relation_classification_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureThe source expects work to be much faster by 2030 even without an internal-acceleration uplift, supporting the target’s expectation that progress will become substantially faster. It does not itself state uncertainty about the magnitude.
How this was inferred
gpt-6-luna · relation_classification_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureThe source explains that the timing of broad improvement depends on how long AI systems retain weak capabilities—the unevenness described in the target—while adding that the speaker is uncertain when this will happen.
How this was inferred
gpt-6-luna · relation_classification_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureThe source says capabilities improve broadly despite being uneven; the target adds that when this broad improvement happens is uncertain and depends on how long weaknesses persist in the tail of capabilities.
How this was inferred
gpt-6-luna · relation_classification_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureA says AI may eventually outperform humans across the board; B adds that the timing is unknown and depends on how long AI remains weak in some capabilities.
How this was inferred
gpt-6-luna · relation_classification_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureA says the deployment-feedback loops are expected to become progressively faster, supporting B’s expectation of substantially faster progress. A also specifies the mechanism and current cadence, which B does not address.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureA says AI systems are expected to become essential to military operations and be adopted by governments, which supports the prediction in B that the models will eventually be deployed.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 93% sureA says AI systems are expected to surpass human intelligence, which supports B’s possibility that AI will reach or surpass human-level capability in the anticipated period.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 96% sureA specifies a possible mechanism and sources of variation—learning from experiences that differ across companies and instances—for the broader prediction in B.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureExpecting AI to reach the level of top human workers across tasks lends support to the possibility that it could eventually outperform humans broadly, though it does not itself claim across-the-board superiority.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 95% sureB specifies a stronger and narrower prediction: outperforming top human experts across computer-based fields, including long-duration tasks. This entails the broader expectation in A, while adding scope and degree of capability.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureIf agents can do everything that really matters, that includes tasks performed by top human workers, supporting the broader capability expectation in B.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureA makes a prediction that broadly human-substituting AI will be achievable within the next few years, supporting the possibility B considers for broad knowledge work. B is narrower in scope and frames the claim as a question, not an assertion.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 85% sureB specifies the expected continuation of AI progress by referring to progress since 2012, substantial compute scaling, and a particular predicted outcome in research and development; this is more specific than A’s general expectation of continued progress.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureExpecting AI's progress to continue supports the narrower expectation that AI-related acceleration in work will also continue, though the propositions are not identical.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureB makes A's broad expectation of continued AI progress more specific by describing continuous capability expansion and identifying increased amount and variety of reinforcement learning as a probable contributor.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 88% sureA gives a more specific and stronger version of B: it identifies a single model trained on effectively the whole economy and says the speaker considers broad human outperformance most likely, rather than merely possible.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureA describes one possible route to self-sustaining industry: a sufficiently large company, potentially working with miners, if AI and robotics can do fully autonomous work. This makes B’s broader possibility of an AI-and-robot-run self-replicating economy more specific, though it does not establish that such an economy would arise within a couple of years.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA describes AI capabilities expanding across problem types and degrees of verifiability, which supports B’s claim that capabilities improve broadly as systems become more capable.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA predicts continued capability expansion driven partly by more and varied reinforcement learning, which gives a reason to expect systems’ learned behaviors or characteristics to become more diverse, as B predicts.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 90% sureA specifies a near-term possibility involving broad human-substituting knowledge work, including AI research, performed as humans in the cloud. B makes the broader eventual claim that AI will be capable of tasks top human workers can perform.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 91% sureThe scenario makes sufficient alignment progress a prerequisite for scaling to wildly superhuman AI, supporting the claim that alignment will ultimately need to be solved.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureA specifies a path and timeline in which AI reaches wildly superhuman capability by 2040; B states the broader expectation that AI eventually becomes superhuman.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 91% sureExpecting AI to progress beyond human-level cloud workers and become superhuman supports the possibility that AI will eventually outperform humans broadly, though it does not explicitly claim superiority across every domain.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureA states a broad expectation that AI will eventually become superhuman. B gives a more specific timeframe and a proposed scale of computational capacity as the basis for expecting qualitative superhuman capability.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureB's prediction of vast AI computational capacity and likely qualitatively superhuman capability is evidence for A's broader expectation that AI will progress beyond human-level capability.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureExpecting AI eventually to become superhuman entails anticipating substantial further progress, which supports the claim that progress will continue.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureA says AI systems are improving in research taste and intuition, which provides a specific example of improvement in capabilities and supports B’s broader claim of across-the-board improvement. A does not itself state that capabilities are uneven.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 89% sureA specifies a particular possibility: even a half-sized acceleration in AI R&D could sustain the current progress trajectory and yield astonishing progress within five to ten years. That is a more specific claim than B's general acceptance that AI R&D could accelerate substantially.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA expects AI R&D to accelerate enough to yield astonishing progress over five to ten years, which supports B's expectation of significant AI-driven research acceleration. A does not address B's specific rejection of an overnight, 100-fold explosion.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureA allows for eventual substantially superhuman AI, which supports the more specific possibility in B that Greenblatt's scenario reaches very superhuman systems, though A does not identify that scenario or assert the outcome as strongly.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureB specifies a particular scenario and says it eventually reaches very superhuman AI, narrowing A's broader claim that a scenario could produce substantially superhuman AI.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 88% sureB makes A’s broad possibility more specific by giving a timeframe and a proposed scale of computational capacity, while qualifying the resulting superhuman capability as probable.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureA says the scenario could eventually yield substantially superhuman AIs, supporting B's expectation that AI will eventually become superhuman. A does not address the intermediate step of progressing beyond human-level cloud workers.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 85% sureB specifies the kind of acceleration contemplated in A: significant acceleration is expected, but not an overnight intelligence explosion producing a 100-fold progress increase.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 91% sureA expects AI-involving research to accelerate progress substantially, which supports B's acceptance that AI R&D could accelerate. A is stronger and specifies an iterative process, but its claim is consistent with B.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureThe expectation that simulations, AI, and experiments will substantially accelerate progress is consistent with and gives specific grounds for expecting AI-driven progress to continue.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureShortening many drug-discovery steps is a concrete way AI could substantially accelerate scientific discovery, supporting the speaker’s broader belief.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureA claims AI-assisted research is already probably much faster than researchers working alone and is likely to accelerate further, which supports B’s claim that AI R&D could accelerate substantially from its current pace.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 89% sureThe claim that AI-assisted research is probably at least four times faster than working alone is a concrete example of AI substantially accelerating scientific discovery.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 91% sureA identifies possible government restrictions on model release and internal use as regulatory constraints that could contribute to a slow AI takeoff, supporting B's claim that regulation may slow AI progress or deployment.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA gives a concrete example of the government restriction on releasing models that B lists as a possible constraint on AI takeoff.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureA specifies a gradual route—automating more of AI research—to the significant acceleration B expects, and contrasts it with a single leap. That is consistent with B’s rejection of an overnight 100-fold explosion.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 93% sureA specifies the expectation in B: progress will exceed that of the last few years, and AI will be enormously more advanced in 30 years.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureB states that AI has made massive progress and that progress is expected to continue, which supports A's more specific forecast of greater future progress and substantial advancement over 30 years.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 97% sureA specifies one possible form and timeframe for the economic transformation in B: superintelligences could develop technologies enabling a fully automated economy, widespread material abundance, and wealth distribution within a few years.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureA describes a possible automated economy enabled by technologies superintelligences design and improve, with details about meeting material needs and distributing wealth. B states the more specific possibility that the economy becomes entirely AI- and robot-run and self-replicating, so it narrows the kind of automation envisioned rather than following necessarily from A.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 85% sureB describes a possible, highly specific transformation of the economy driven by AI and robots, which supports A’s broader claim that superintelligent AI could transform it. B does not itself say the AI is superintelligent.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureA identifies the capability as understanding concepts such as three-in-a-row and adds that current systems lack something needed for it; it retains B’s expectation that the capability will eventually be achieved.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureExpecting a future state change in AI, despite uncertainty about when it will occur, supports the expectation that the discussed capability will eventually be achieved.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureB makes the uncertainty in A more specific: it concerns when AI systems might improve across the board and links the timing to how long capabilities remain weak in the tail.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureB specifies a possible near-term AI state change—AI automating AI progress and accelerating it—within A’s broader expectation of future change, while A’s timing uncertainty does not rule out B’s tentative estimate.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 89% sureA specifies the capability as full solutions to the listed cognitive problems and places that achievement two years before ASI, making B’s general expectation of eventual achievement more specific.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureExpecting companies to work around road bumps rather than be halted suggests progress will continue, supporting the expectation that AI-related acceleration in work continues.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureExpecting current limitations to stop being barriers soon indicates continued AI progress, supporting the broader expectation that progress will continue.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 91% sureA says neurosymbolic AI is expected eventually to undergo a state change, which supports the broader expectation in B that the discussed AI capability will eventually be achieved, while adding uncertainty about timing.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureB specifies one way the broader automation trajectory in A could lead to superintelligence: gradual automation of AI research, which the speaker expects to accelerate new paradigms.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 86% sureB gives a specific, near-term account of how superintelligence could extend automation: by improving technologies toward a largely automated economy and abundant material wealth. It adds detail and conditions beyond A’s general characterization.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 87% sureB makes A’s broad expectation more specific: it identifies gradual automation of AI research, and the resulting acceleration of new paradigms, as the route to faster progress rather than a single invention.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureThe expected growth of autonomous entities doing digital work, and later some physical work, is evidence of continued AI-related acceleration in work.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA predicts gradual adoption of AI across society and industry, which supports the more general prediction in B that the models will eventually be deployed.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 85% sureA’s prediction of gradual adoption rather than a sudden transformation, alongside AI’s uneven task performance, is consistent with and provides support for B’s expectation that real-world constraints will limit AI’s progress and deployment while adoption eventually occurs.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 94% sureA predicts that users will increasingly avoid human-in-the-loop review as AI video improves; this directly supports B’s prediction that people will eventually publish AI-generated videos without reviewing each one.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 93% surePublishing AI-generated videos without reviewing each one is a specific form of deploying AI models, so A specifies one eventual deployment use.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 85% sureA specifies norms, laws, and cultural factors as possible reasons AI deployment may be limited, and narrows the setting to economies; this adds detail to B’s claim that regulation may slow deployment.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureA identifies resistance and social or legal factors that can limit AI deployment, providing examples of the real-world constraints B expects to limit deployment.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureExpecting AI to attain superhuman capabilities supports B’s claim that AI will eventually become superhuman, though A does not mention the intermediate stage of surpassing human-level cloud workers.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 94% sureB includes the expectation that AI will eventually become superhuman, as in A, and adds a more specific progression beyond human-level cloud workers.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA says current systems are not yet capable enough for full-worker onboarding but expects them to reach the capability threshold for the speaker’s hired roles, which supports B’s expectation that AI will eventually match top human workers on some tasks.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureA says automating the tasks needed to complete the R&D cycle would produce a very rapid intelligence explosion. This supports B’s expectation that gradual automation of AI research accelerates the arrival of new paradigms and the path to superintelligence.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 94% sureA specifies the capability (booking a flight) and a near-term deadline (by the end of the current year) for the eventual achievement described in B.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureExpecting further inventions to accelerate the takeoff supports the more specific expectation that AI may automate AI progress and substantially speed it up.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureExpecting further inventions to accelerate the takeoff further supports the broader possibility that AI R&D could become substantially faster than its current pace.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 89% sureA specifies one way AI could accelerate scientific discovery: compressing research that takes other labs years and thousands of people into weeks, while lowering costs and widening access.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureGenerating new proteins as well as predicting folding is a concrete example of AI opening biological research opportunities, supporting the broader claim that AI can substantially accelerate scientific discovery.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureRepeatedly seeing AI teams take the top position in challenges once humans have automated the task is evidence for the possibility that AI systems will eventually outperform humans broadly, though it does not establish across-the-board superiority.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 94% sureA describes superintelligences as qualitatively superior to the best humans and more capable of learning from experiments, which supports the broader expectation in B that AI systems will attain superhuman capabilities.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureExpecting people to ask AI systems to solve alignment presupposes that alignment remains an unsolved problem that ultimately needs a solution.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 87% sureThe possibility that advances expected by 2100 could arrive earlier because of a research-progress multiplier is evidence for the expectation that progress will become substantially faster.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 86% sureB gives a more specific scenario for acceleration bringing progress forward: a half-sized AI R&D acceleration that sustains the current trajectory could yield astonishing progress within five to ten years. That is consistent with, and narrows, A’s broader claim that a research-progress multiplier could make advances expected by 2100 arrive earlier.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureA attributes potentially earlier-than-expected advances to a research-progress multiplier, which supports the view that AI research and development could accelerate substantially.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureA specifies a particular form of superhuman capability—simulating things—and makes it conditional on the five-year scenario, while B states the broader expectation without that condition.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 88% sureAn agent handling an office happy hour, even unreliably, is an example of an AI performing a task that a human worker could perform, lending support to the broader expectation of eventual human-level task capability.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 91% sureA gives a specific possible scale and timeframe—decades of progress compressed into one year in 2027 or 2028—for the earlier arrival attributed in B to a research-progress multiplier.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 86% sureB describes the same multiplier-driven acceleration in broad terms, making A’s more specific forecast of decades’ progress arriving in a single year plausible, though B does not name 2027 or 2028.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 92% sureA describes a research multiplier compressing decades of progress into 2027 or 2028; B gives a more specific account of that same scenario, quantifying the progress as roughly 50–70 years and comparing it to 2070 or 2100.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 94% sureB specifies the scale and framing of the compression in A: roughly 50–70 years of progress, with 2027–2028 as the period. It adds detail rather than changing A’s claim.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 85% sureA specifies what the economic transformation could look like: superintelligences operating throughout the economy, expanding it, and directing more effort toward priorities such as robotics.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 85% sureA describes superintelligences operating throughout the economy and expanding it, including greater effort on robotics, which is consistent with and gives concrete examples of automation continuing across society.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Refines · 88% sureExpecting superintelligent AI to enable incredible video games specifies a stronger capability level and a particular consequence of the expected AI capabilities.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation Supports · 85% sureThe prediction that AI systems will work on aligning their successors presents alignment work as a necessary ongoing task, supporting the claim that alignment will ultimately need to be solved.
How this was inferred
gpt-6-luna · relation_pair_v1 · kept because it cleared the 0.85 bar for this relation