@Vincent_AINotes: Just now, the research community was blown away by an open-source project called The Well. Someone packaged high-precision physics simulation results that would normally require a national lab, millions of dollars, and weeks on a supercomputer, totaling 15TB, and threw it online, 100% free and open source! This is the "digital twin" collection of humanity's top computing power...
Summary
The Well is an open-source project providing 15TB of high-precision physics simulation results, which would normally cost millions of dollars and weeks on a supercomputer at a national lab, now 100% free and open source, making a huge impact on the scientific research field.
View Cached Full Text
Cached at: 07/11/26, 07:21 AM
The scientific community is absolutely buzzing over an open-source project called The Well 🤯.
Someone has packed up 15TB of high-precision physics simulation results — the kind that would normally require national labs, millions of dollars, and weeks of supercomputer time — and dropped it online, 100% free and open source!
This is a collection of “digital twins” of humanity’s top-tier computing power 👇 https://t.co/6mOGcLWDTs
Similar Articles
@HowToPrompt__: someone open-sourced 15TB of physics simulations that would take a national lab and millions in supercomputer time to r…
The Well is an open-source collection of 15TB of physics simulation datasets spanning 16 domains, created by Flatiron Institute and 11 universities, designed to train PDE surrogate models, enabling researchers to replace expensive supercomputer simulations with neural networks.
@servasyy_ai: The physics calculations that 3D developers have practiced for years can now be done with just a single sentence. A free tool has been released that generates complex 3D particle effects from English instructions and can immediately output React or three.js code. The barriers of math and physics engines have disappeared, ushering in an era of instantly transforming ideas into reality. Experience
A free tool has been released that can generate complex 3D particle effects from English instructions and directly output React or three.js code, lowering the barrier to 3D physics calculations.
The Well: a Large-Scale Collection of Diverse Physics Simulations for Machine Learning
The Well is a large-scale collection of 15TB of diverse physics simulation datasets across 16 domains, designed to benchmark machine learning surrogate models for spatiotemporal physical systems. It provides a unified PyTorch interface and example baselines to accelerate simulation-based workflows.
We're giving 100,000 academic researchers free access to our frontier models
OpenAI announces free access to frontier models for 100,000 academic researchers. Multiple scientists share how AI accelerates breakthroughs in physics, cosmology, and neuroscience, compressing decades of work into just a few years.
@QingQ77: 开源的"代码即动作"科研智能体，用持久化内核运行真正的 Python/R 代码而不是固定工具表，让研究者靠便宜模型（豆包 ¥9.9/月）复现 Claude Science 级别的科研自动化。 https://github.com/PKU-…
开源的科研智能体 OpenAI4S，通过持久化内核运行真正的 Python/R 代码，结合 JSON 工具编排，让研究者可以用极低成本（豆包 ¥9.9/月）复现 Claude Science 级别的科研自动化。