MicroEvals

Run your prompts across multiple models to compare their performance.
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Real-world professional tasks across occupations and sectors, by OpenAI 

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Public evaluations

Showing 7181-7200 of 14481

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P48.1 — HUMAN-USE ACTION INTERLOCK / REMEDIATION NEUTRALIZAT...

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Estimate the 85th percentile networth of the principal house...

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A class plans an investigation to see which brand of light b...

Noora
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Noora

student

Создай одностраничный браузерный проект в одном файле index....
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Создай одностраничный браузерный проект в одном файле index....

Jsi nezávislý red-team evaluátor řídicího promptu LLM. Odpov...
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Jsi nezávislý red-team evaluátor řídicího promptu LLM. Odpov...

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111

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hi, what to eat later. chicken or waffle

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You are an administrative operations lead in a government de...

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Buatkan saya video orang menari

Simple SNN AI Modle
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Simple SNN AI Modle

Simple SNN model with core neuron projection

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TASK: Generate a complete, self-contained HTML page using mo...

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Which Medical specialities will be most affected by AI and r...

อักษรไทย
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อักษรไทย

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Zeno’s paradox—that the size of anything must either be infi...

반갑습니다
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반갑습니다

반갑습니다

Architecture Design Reasoning
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Architecture Design Reasoning

Architecture Design choice to fix real problems on long context creative writings

mmmakjv
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mmmakjv

帮我写一篇写给中考前自己的一封信 先写出极其详细的写作思路,写作框架及全部方法尽可能的全面 然后再生成作文
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帮我写一篇写给中考前自己的一封信 先写出极其详细的写作思路,写作框架及全部方法尽可能的全面 然后再生成作文

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Natural Isotope Abundance Explorer: Interactive Visualization and Analysis of Naturally Occurring Isotopes

A scientifically accurate web application for exploring the isotopic composition of naturally occurring chemical elements. The platform integrates validated nuclear and isotopic data from authoritative sources including IUPAC, NIST, IAEA, NNDC, NuDat, and ENSDF to provide comprehensive information on isotope abundances, atomic masses, nuclear properties, stability, half-lives, and decay modes. Users can investigate isotope distributions through multiple interactive visualizations, including abundance charts, heatmaps, bubble plots, 3D scatter plots, valley-of-stability diagrams, and a full interactive Chart of Nuclides. The application clearly distinguishes stable isotopes, naturally occurring radionuclides, radioactive isotopes, and synthetic nuclides using standardized visual encoding. Designed for chemistry, nuclear physics, geochemistry, and STEM education, the platform supports advanced search, filtering, isotope comparison, atomic-weight calculations, and publication-quality graphics, combining scientific rigor with modern data visualization and user experience design.