#Bitcoin Physics | Math | ML | PhD in bad jokes
Milano, Italia
Joined January 2014
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nerd^n.ᵖʸ retweeted
Closed source is dead.
REA lets Claude Code or Codex take apart any app, all the way down to the binary, and explain exactly how a feature works.
- Native apps, Electron apps, websites, APKs, firmware, even smart contract bytecode
- Shows the evidence for every claim
- Then builds its own version of the feature
25,000+ GitHub stars in a single day. 100% open-source.
github.com/morluto/rea
Before agents go looking for new problems, we need to solve verification: the verified Navier-Stokes proof doesn’t match the one in the paper.
arxiv.org/abs/2610.08144
nerd^n.ᵖʸ retweeted
Just ran some tests comparing Jev and Opus 4.8 as supervisors (routers) in a multi-agent system using @LangChain 🤯
nerd^n.ᵖʸ retweeted
Jev is the "Internet" moment for the AI industry
It tells your agents and LLMs what to do next, in milliseconds and at almost zero cost
If you set it up correctly, you will have the AI engineer’s stack for 2028
In this article, I show you how
nerd^n.ᵖʸ retweeted
What is a decision model?
Jev by @typesafeai answers yes/no and multiple-choice questions, with a confidence score. Much of software development are a sequence of decisions, and Jev is 10x cheaper and faster than an LLM.
Let’s understand this through practical examples:
nerd^n.ᵖʸ retweeted
Our data factory at @arenaphysica is scaling up. What's limiting what AI can do? Data that's not on the internet. What's the answer? Mine data directly from the real world.
EM lab --> EM data factory
We are entering a wild dystopia, but Planck would be turning in his grave at the claims of a non-discrete physical reality. I suppose this bias stems from the assumption that biological inference is efficient at classical scales (which would make sense).
xitter.cf/0x0SojalSec/status/203…
nerd^n.ᵖʸ retweeted
"You can teach a physicist finance but you cannot teach a finance person physics."
- Jim Simons
Since 1987, we thought Dijkstra was optimal for sparse graphs: sorting ⇒ O(n log n) ⇒ no faster shortest paths. Five researchers broke that assumption. They blended Dijkstra + Bellman-Ford, shrank the frontier, and achieved O(m log^(2/3) n).
arxiv.org/pdf/2504.17033
nerd^n.ᵖʸ retweeted
There're few billionaires whose hobby is fundamental physics. Jim Simons built the largest private funder in this field
It has made an enormous difference and continues to do so by funding education, experiments and researchers, more important today than ever!
RIP Jim Simons
It is with great sadness that the Simons Foundation announces the death of its co-founder and chair emeritus, James Harris Simons. Jim was an award-winning mathematician, a legendary investor and a generous philanthropist. simonsfoundation.org/2024/05…
ALT Photo of James Harris Simons, credit: Beatrice de Gea
nerd^n.ᵖʸ retweeted
Today I got to know that @FastAPI is used to control or handle data for particle accelerators around the world. 🚀
Not only at CERN in Switzerland, also in Brazil and the USA, who knows where else. 😎🌎
Amazing! This startup claims it will reach a Q breakeven (fusion energy gain factor) in just 2 years. The prototype has operated under vacuum for 16 months generating plasma temperatures of 100 million degrees C ° (9 keV) within fields of ~10 Tesla. 🤯
helionenergy.com/articles/an…
Physics without determinism: Alternative interpretations of classical physics (Del Santo-Gisin).
Abstract:
journals.aps.org/pra/abstrac…
Reply to coments:
journals.aps.org/pra/abstrac…
Ahmed Almheiri: "Real numbers can’t exist, because you can’t hide them inside black holes".
Intuitionist math to the rescue and an intriguing approach to classical physics without determinism (Del Santo-Gisin).
quantamagazine.org/does-time…
Meet BGP, the culprit of "pulling the wires" from all FB's data centers at once 🔌
blog.cloudflare.com/october-…
The Chudnovsky algorithm is a fast method for calculating the digits of π. It was published in 1989 and used in the current world record calculation of 62.8 trillion digits of π.
Here a detailed proof:
arxiv.org/abs/1809.00533
