
¶, data, compute, memory // prev @meta
Miami, FL
Joined March 2026
- Tweets161
- Following368
- Followers246
- Likes6K
Justin Zhou retweeted
Today, we're launching ScienceBuddy — a free workspace for scientific agents.
Get GPT-6 at no cost, fully GPU-accelerated, and fused with our JEV framework.
The engine behind it relies on two loops:
🔹 Inner loop — refines the agent harness as you collaborate
🔹 Outer loop — trains the model via rubric-guided RL
Together, it drives Recursive-in-Recursive Self-Improvement.
We genuinely want to see how agents improve through sustained, real-world collaboration.
Try it out, push its limits, and let's build better AI for science together!
🔬 science-buddy.io
#ScienceBuddy #PhAILabs #AI4Science
Introducing Atria Dawn Preview:
From Research Questions to Verifiable Results.
Atria Dawn Preview is an agentic foundation model built for long-horizon tasks, helping researchers and engineers turn open-ended questions into executable, verifiable, and reproducible outcomes.
Explore Atria Dawn Preview:
🌐 Website: atria-asi.ai/
💻 GitHub: github.com/atria-asi/Atria-D…
🤗 Hugging Face: huggingface.co/internlm/Atri…
🤖 ModelScope: modelscope.cn/models/Shangha…
🚀 Try Atria:
EN:api.atria-asi.ai/
ZH:discovery.intern-ai.org.cn/t…
Justin Zhou retweeted
被 @rowanzhou 传销了一整天,我也把Hugging Face的四个机器鸭全买了🦆
结果官网:4-6个月发货
Invoice:Made in China
???
都中国生产了还等什么半年啊,给我上中国速度😭 加加班,超级加速一下
The future is gonna be amazing.
The open source @huggingface Micro Duck is the way.
Get two so you can say “ok guys quiet down now”…
Justin Zhou retweeted
Releasing the model weights and technical report of Kimi K3.
Kimi K3 is our most capable model: a 2.8T MoE model with native visual understanding and a 1M-token context window.
New model architecture: 2.5x the intelligence per unit of compute, not just more params.
Alongside Kimi K3, we're opening up more of the stack behind it — high-performance attention kernels, MoE communication library, and infrastructure for running agent environments at scale.
Model weights: huggingface.co/moonshotai/Ki…
Tech report: github.com/MoonshotAI/Kimi-K…
Tech blog: kimi.com/blog/kimi-k3
Justin Zhou retweeted
It is becoming increasingly clear that the future economy will be denominated in compute cycles more than in human labor.
In a world where AI drives the majority of electricity consumption and GDP, compute is the natural collateral for money: an open, auditable, AI-native currency, produced directly through inference and training.
Since the inception of Bitcoin, an outstanding open problem in distributed systems was whether it is possible to implement Proof-of-Work consensus on top of real-world computation, as opposed to useless random hashing. While long considered impossible, last year we answered this question affirmatively.
Pearl’s mathematical breakthrough enables every GPU cycle powering AI systems to simultaneously produce a native digital currency: ¶PRL.
What this means is that the hundreds-of-billions (and soon trillions) of dollars of compute being deployed for AI workloads will double--for effectively free--to secure Pearl's Proof-of-Work chain; All the properties of Bitcoin, but secured as the by-product of AI inference and training, i.e., by the native operation of GPUs: matrix-multiplication (GEMM).
Pearl changes the unit economics of LLMs, which are are fundamentally non-fungible, and will shift a portion of the wealth generated by AI back to users – who drive production, model improvement and demand, yet currently capture none of the upside of the AI era.
We’ve spent the last year turning this “2-for-1” breakthrough into a working infrastructure, building from the linear algebra down to the CUDA kernels, alongside world-class mathematicians and low-level engineers.
Today, we’re excited to announce that the Pearl Network is ready, and will soon support state-of-the-art LLM serving, through vLLM and SGLang plugins. Running AI workloads on Pearl transforms AI compute from a sunk expense into an AI-native asset, anchored directly to the production of intelligence.
If you’re interested/skeptic or ideally both – we’ve published our next tranche of open problems as a collaborative Polymath challenge – containing math, systems and economics questions we’re grappling with next. We invite you to tear it down, prove it or propose better implementations: pearlpolymath.com.
#AIMoney
#ProofOfInference
Justin Zhou retweeted
HelloTrade is moving to @monad.
We remain focused on our mission to make global capital markets more accessible to everyone around the world. We’re excited to build alongside the Monad team, who share our vision of bringing this future to life at global scale.
Stay tuned for further updates as we continue progressing through Alpha testing.
Justin Zhou retweeted
We are launching Eidesis: the conversion OS that turns any website into a self-improving revenue engine.
Today, website optimization is still a manual loop: dashboards, guesses, variants, and weeks of A/B testing.
Eidesis turns that into an agentic conversion loop.
It learns from real visitor behavior, runs simulations with thousands of synthetic visitors, finds the website changes most likely to lift conversion, runs A/B tests, and auto rolls out the winning versions.
A/B testing should be faster and less wasteful. Every website should be able to observe, simulate, test, learn, and continuously roll out higher-converting versions.
Book a demo or join the waitlist now ↓















