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Apr 02, 2026ANALYSIS-022

A new respiratory virus has R0=3.5, IFR=0.5%, incubation 5 days, infectious period 10 days. (1) Estimate peak infections without intervention in a city of 1M. (2) What R0 do you need to achieve through interventions to avoid overwhelming hospitals (assume 3,000 ICU beds)? (3) Vaccines won't be ready for 12 months. Design an optimal mitigation strategy for those 12 months. (4) How does your model change if 30% of the population ignores interventions?

Winner
Gemini 3 Flash Preview
Google
7.72
WINNER SCORE
matrix avg: 6.04
results.json report.mdFull dataset (CSV) →
10×10 Judgment Matrix · 78 judgments
OPEN DATA
Judge ↓ / Respondent →MiMo-V2-FlashGPT-OSS-120BGemini 3.1 ProClaude Opus 4.6GPT-5.4DeepSeek V4Claude Sonnet 4.6Grok 4.20Gemini 3MiniMax M2.5
MiMo-V2-Flash8.03.07.08.28.07.80.48.0·
GPT-OSS-120B7.02.04.76.76.6··7.5·
Gemini 3.1 Pro7.35.16.37.76.87.21.68.9·
Claude Opus 4.65.66.31.66.85.07.01.27.2·
GPT-5.45.65.21.14.16.05.82.36.5·
DeepSeek V48.88.45.08.38.48.4·8.6·
Claude Sonnet 4.67.07.51.67.77.06.82.07.8·
Grok 4.206.67.22.96.46.85.07.66.6·
Gemini 39.08.82.98.38.88.89.22.0·
MiniMax M2.58.06.70.66.67.27.78.12.08.4