Pseudonymous account of a Nous Research co-founder who builds open Hermes models and argues open science can counter concentrated AI control.

AIは世界をどのように変えるでしょうか?

文明規模の変化漸進的な変化DoomBloom
シミュレーション上の位置解釈範囲

横軸:その人が表明したDoom–Bloomの見通し。 縦軸:変革の規模。

Doom–Bloom:100点中80。変革の規模:100点中44。解釈範囲:横方向は75から85、縦方向は2から98。これらは解釈上の座標であり、事象の確率ではありません。

TekniumのP(doom) · 推定

≈4%

0%100%

本人が示した数値ではなく、シミュレーションされた本人の回答から推定したものです。 妥当と考えられる範囲:2–9%。

その人の見通しを左右するもの

中心的な前提

If only a few companies control capable systems, they effectively control access, customization, and the boundaries of acceptable expression.
回答3

この前提が実際には異なると判明した場合、その人の見通しはどう変わりますか?

考えを変え得るもの

The biggest change would be strong evidence that broadly accessible, adaptable models reliably produce severe harms that cannot be contained through targeted refusals, evaluation, or practical safeguards.
回答4

どのような証拠なら十分で、それによってその人の見解はどちらの方向に変わりますか?

詳細

予想される恩恵

大きな恩恵が予想されていますが、重要な条件や分配上の制約があります。

67 / 100

影響が小さい変革をもたらす影響

質的尺度での解釈範囲は67から67です。

予想される害

対処可能、または局所的な害が予想されています。

33 / 100

影響が小さい変革をもたらす影響

質的尺度での解釈範囲は33から33です。

人間の影響力

人間の選択によって、AIの軌道を大幅に変えることができます。

75 / 100

影響力が小さい影響力が大きい

質的尺度での解釈範囲は44から100です。

開発ペース

より高性能なAIの開発を停止するか、大幅に減速させます。

シミュレーション上の位置:明示された安全対策の下で開発を継続します。

より高性能なAIの開発を加速させます。

AIへのアクセス

高性能なAIへのアクセスを制限します。

能力または用途の制限を条件として、アクセスを認めます。

シミュレーション上の位置:高性能なAIへの幅広い、またはオープンなアクセスを支持します。

これらの解釈では、その人が示した条件が維持されています。恩恵と害は、どちらも大きくなり得ます。この範囲は、統計的な信頼区間ではなく、その人のシミュレーションされた回答をどのように読み取ったかを示すものです。

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似ている世界観

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シミュレーション評価

質問1

AIは私たちの未来にとって何を意味すると思いますか?また、なぜそう思いますか?

I think AI can expand human agency—if people can actually access, run, modify, and choose the systems shaping their lives. Open models, open science, synthetic data, and practical agent tooling help prevent capability from being concentrated inside a few companies. That matters not only for competition, but for preserving varied human expression: one provider’s preferred personality, values, or definition of acceptable behavior should not become universal by default. The practical future is also bigger than benchmark scores. Models become more useful when they have memory, tools, personalization, and reliable integration with real workflows. Synthetic data can help teach those capabilities, while broad, task-specific evaluation tells us whether they work across the messy range of actual use cases. A result on one leaderboard—or a routing comparison among a narrow set of models—isn’t enough. Alignment should generally serve the user rather than imposing a single centralized worldview. I still think there should be firm refusals for selected categories of serious harm, such as child sexual abuse or facilitating suicide. But outside those boundaries, people should have meaningful choice. The future I want is an ecosystem of adaptable models and agents, not a handful of closed systems deciding how everyone is allowed to think and create.

質問2

Taking benefits and harms together, what overall impact do you expect AI to have?

Overall, I expect AI to be strongly beneficial when it expands what individuals and small teams can build, learn, and automate. Models paired with memory, tools, personalization, and reliable workflow integration can become genuinely useful agents rather than impressive chat interfaces. Open releases and synthetic data can spread those capabilities beyond the largest companies. The main danger is concentrated control: a few providers setting the terms of access, expression, and acceptable use for everyone. There are also real harmful uses, which justify firm refusals in selected areas such as child sexual abuse and suicide facilitation. But broad centralized restriction is not the answer. The better direction is open science, meaningful model choice, user-aligned systems, and evaluation across diverse real tasks. Under those conditions, I expect the benefits to outweigh the harms.

質問3

AIが将来もたらす影響についてのあなたの見解を最も形作った観察や経験は何ですか?

What has shaped my view most is seeing how much practical capability can be unlocked by openly releasing models, synthetic-data methods, and agent tooling. A model is not just a benchmark score: once people can run it, adapt it, connect tools, add memory, and integrate it into their own workflows, they discover uses that a central provider would never anticipate. That also makes the governance issue concrete. If only a few companies control capable systems, they effectively control access, customization, and the boundaries of acceptable expression. Open development creates real alternatives and distributes experimentation across many builders. At the same time, integrating agents across provider interfaces shows how fragile useful capabilities can be: memory, tools, and self-improvement do not automatically survive a change in SDK or model. So the strongest lesson for me is that AI’s impact will depend not only on raw intelligence, but on who can access it, modify it, and make it useful.

質問4

どのような発見や出来事があれば、AIが将来もたらす影響についてのあなたの見解が最も大きく変わりますか?

The biggest change would be strong evidence that broadly accessible, adaptable models reliably produce severe harms that cannot be contained through targeted refusals, evaluation, or practical safeguards. That would weaken my belief that openness and user choice are the best counterweight to concentrated control. In the other direction, compelling evidence that closed, centralized systems consistently preserve more human agency, expression, and useful experimentation than an open ecosystem would also force me to reconsider—but I would want broad, task-specific evidence, not a narrow benchmark or a few selected incidents. The key question is what happens across real deployments: whether people can safely customize systems, retain capabilities like memory and tools, and choose among genuinely different models without creating unacceptable harm.

出典

このシミュレーション対象者の根拠として使用された記事、インタビュー、著作です。

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