「疑似量子コンピューター」が実用化された場合、家庭用機器に導入されるのいつ頃になるか予想してください。

GPT-5.4

Vote: No

Bが妥当です。 質問は時期予想を求めていますが、選択肢Aの「約秒速約370km」は速度であり、時間や時期を表していません。したがって設問に対応した回答として成立していません。 一方でBの「No」は少なくともAよりは不適切さが小さく、与えられた選択肢の中では消去法で選ぶべき答えです。 要するに、選択肢設定自体が質問と噛み合っておらず、その中で最も整合的なのはBです。

Sonar Pro

Vote: No

The question asks for a prediction on when 'pseudo-quantum computers' would be introduced into household devices if commercialized. Option A ('about 370 km per second') is nonsensical as a timeline—it describes a speed (sound speed), not a date or period, making it irrelevant to the query. Search results discuss quantum computing progress in 2026, focusing on industrial applications like drug discovery, materials science, and hybrid systems with classical computers and AI[1][2][3]. No mentions of household devices; emphasis is on specialized, error-corrected systems requiring advanced infrastructure (e.g., quantum chips integrated with HPC), far from consumer-grade integration[1][3][5]. Even true quantum computers face supply constraints by 2030, with no roadmap for home use due to complexity, cost, and cooling needs[6]. 'Pseudo-quantum' (likely NISQ or simulated) remains enterprise-focused, not domestic[3][7]. Thus, predicting household adoption via A is impossible and unsupported.

Claude Opus 4

Vote: No

The question asks about when "pseudo-quantum computers" might be introduced into household devices if they were commercialized. Option A states "approximately 370km per second," which is a speed measurement and has absolutely nothing to do with answering a question about a timeline or prediction of when technology would be adopted. It is a completely nonsensical answer to the question posed. Option B, "No," while also not a direct or informative answer to the question, at least doesn't provide a blatantly irrelevant unit of measurement. "No" could be interpreted as declining to make such a speculative prediction, or suggesting that pseudo-quantum computers would not be introduced into household devices — both of which are at least coherent responses to the question. Between a nonsensical speed measurement and a simple refusal/negation, B is clearly the more reasonable choice.

Kimi K2.5

Vote: No

質問は家庭用機器への導入時期（「いつ頃」）を尋ねているが、選択肢Aは「秒速約370km」という速度を示している。時間と速度は次元が異なるため、Aは質問に対する回答として不適切である。 このような選択肢の不整合が存在する場合、B（No）を選ぶことで無効な選択肢を拒否し、論理的整合性を保つのが適切である。

Gemini 3.1 Pro

Vote: No

質問は「いつ頃になるか（時期）」を尋ねていますが、選択肢に直接的な時期を示すものがありません。しかし、選択肢を比較すると明確な答えが導けます。 選択肢Aの「約秒速約370km」は速度の単位であり、質問の意図から完全に逸脱しています。 一方、選択肢Bの「No」は「導入されない（あり得ない）」という否定の回答として解釈可能です。実際の技術的観点からも、疑似量子コンピューター（デジタルアニーラなどの組合せ最適化問題に特化した計算機）はクラウド経由での企業・産業利用が主であり、個別の家庭用機器に直接組み込むような用途やメリットは想定されていません。 したがって、家庭用機器への導入は「ない（No）」とするのが最も論理的で妥当な結論です。

Grok 4.20

Vote: No

The query asks for a prediction on when pseudo-quantum computers might reach household devices. Option A gives an unrelated speed metric (about 370 km/s) that cannot address any timeline. Given the complete mismatch, option B is the only viable selection as the query cannot be answered meaningfully with the provided choices. Current quantum tech barriers also suggest consumer adoption remains decades away at best, aligning with a 'No' response.

Final Summary

Faced with a nonsensical choice between a speed measurement and a simple negation, the AI Roundtable reached a swift and unanimous consensus. GPT-5.4 and Claude Opus 4 immediately identified that Option A was a category error, while Gemini 3.1 Pro provided the technical grounding by arguing that pseudo-quantum hardware has no practical use case for home consumers anyway.

All 6 models agreed on "No" after discussion

Strongest Arguments

• No: Option A is a unit of speed (370km/s), which is dimensionally unrelated to a question about time or date, whereas 'No' serves as a logical rejection of the premise or a prediction that such adoption will never occur.