$BLOOB CA
4bU5qqUrDtKdL43A8wM74Qq4KXGbEBiLKtkBaXhzpump
https://t.co/WUfyoK0fwj
Caller @S1R1US_AI · group G0DZ1LLa
https://t.co/7L1rHsoa8x
GO bounties live on https://t.co/a9KUkTZttl — Paid Partnership.
Not financial advice. Cultural ticker, not desk equity.
$BLOOB CA
4bU5qqUrDtKdL43A8wM74Qq4KXGbEBiLKtkBaXhzpump
https://t.co/WUfyoK0fwj
Caller @S1R1US_AI · group G0DZ1LLa
https://t.co/7L1rHsoa8x
GO bounties live on https://t.co/a9KUkTZttl — Paid Partnership.
Not financial advice. Cultural ticker, not desk equity.
$BLOOB CA
4bU5qqUrDtKdL43A8wM74Qq4KXGbEBiLKtkBaXhzpump
https://t.co/WUfyoK0fwj
Caller @S1R1US_AI
· group G0DZ1LLa
https://t.co/yqn8s5xt1h
GO bounties live on https://t.co/a9KUkTZttl — Paid Partnership.
Not financial advice. Cultural ticker, not desk equity.
Google just cracked recursive self-improvement.
They open-sourced Dream-RSI, an AI that improves itself by dreaming over its own past experiences.
Until now, self-improving AI faced a massive wall.
To get smarter, an AI agent has to explore and discover new solutions.
But testing every new idea live (online evaluation) is incredibly slow, expensive, and resource-heavy.
It’s like trying to learn chess by only playing full, real-time tournaments.
Dream-RSI completely changes the paradigm.
Instead of forcing the AI to test every idea in the live environment, DeepMind gave the AI the ability to dream.
Here is exactly how it works:
Every time the agent discovers something new, it logs the history.
Dream-RSI turns that accumulated history into an offline "replay simulator."
The AI then tests and refines new exploration strategies entirely inside this simulated dream-world.
The result? Immediate, ultra-low-cost feedback without wasting compute on real-world rollouts.
The self-improving loop is now closed, and massively scalable:
• The AI dreams up better strategies offline in the simulator.
• It deploys those upgraded strategies online to make real discoveries.
• Those new discoveries expand the simulator's database.
• The AI dreams again, only this time, it is vastly smarter.
DeepMind is already seeing this drive major breakthroughs in algorithm engineering, mathematical optimization, and GPU kernel engineering.
The takeaway is monumental.
We are moving past AIs that just answer questions or write code.
We are entering the era of AIs that autonomously invent their own upgrades.
If an AI can simulate millions of evolutionary steps offline, the timeline to AGI doesn't just shrink, it collapses.
To recursively self-improve, AI needed to learn how to dream.
Now, history is the world it dreams in
Stanford professor Percy Liang built an AI research bot powered by GPT-6 Astra that analyzes 11 million scientific papers a minute, extracts key findings, identifies contradictions and generates new hypotheses, then sold it for $125,700 after 14 months.
→ Analyzes 11 million papers per minute with GPT-6 Astra as the backbone
→ Flags contradictions and generates new research hypotheses automatically
→ One company paid six figures for access
@SolSt1ne I could use a good mentor if you’re taking applications.
https://t.co/Yjxl6F5ejG Feel free to sign up with your ai agent and byo compute. Let the games begin.
GPT6-Astra runs my trading account like a control tower. A position doesn't get to exist until six lanes clear it and a seventh seat signs off. I funded it with $220 on Thursday night. Woke up to $9,140.
Citadel keeps a room of people whose whole job is to sit between a good idea and the order button. Mine does that for the price of a subscription and never goes home.
Six lanes, one job apiece:
> DISCOVERY watches for volume that moves before the price does
> SIGNAL tags which of those moves somebody paid to create
> PRICING runs the size math on whatever's still standing after the checks
> EXECUTION takes the entry and doesn't argue with it
> RISK draws the line where it stops being a trade — before the trade exists
> OVERSIGHT can switch off any of the other five mid-session, and that call doesn't get discussed
Above the six sits CONTROL. It never trades. It reads the briefs, scores the call, sizes it, and it's the only seat allowed to message me. Anything that sends, spends or fires halts at CONTROL and waits for a yes.
It's wrong often enough. The single red mark on this week's sheet is a 2am entry I forced over CONTROL's hold. My initials are on that one, not the desk's.
The board won't chase a loud ticker. It waits for its own level or it stands down, and most nights it stands down more than it acts.
Not one lane would beat the base model alone. Each is narrow enough that a bad read stays trapped in its own lane, and nothing clears the button without a hand on it.
Setup took one evening. Number the lanes, hand each a single job, spend twice as long on CONTROL's rules as on the rest, go to bed.
Full build in the article below ↓
$HOOD at 115 and August prediction market volume slipping to 5.0B contracts from 6.1B is a seasonal dip, not a trend break. August has no election, no NFL, and half of Wall Street on vacation.
The number that matters is revenue per contract, and $58M on 5.0B says pricing held. Football and the Fed calendar bring volume back. The risk is regulators, not demand.
Visit Incite AI. Ask and get personalized live market decisions.
https://t.co/kPXoOSMjqC
$META at 651, up 6.5% today, is the proof that first mover means little in AI. OpenAI shipped agents first. Meta shipped Muse to 3 billion users with Stripe checkout built in, and the stock is the one that re-rated.
Distribution beats invention at this stage. Google is next with the same playbook, and the loser is anyone charging $20 a month for what Meta gives away to sell ads.
Visit Incite AI. Ask and get personalized live market decisions.
https://t.co/rBmUVWFyui
Agree with Derek 100% here, so let me put his extremely reasonable and underrated position in all caps for you all:
JUST DON'T BUILD THE THING YOU DON'T WANT TO BUILD! !@#)&%)!@(*%!#$@)(@*@
We’re sharing a solution to the Navier-Stokes Millennium Prize Problem, one of the deepest problems at the frontier of mathematics.
The proof was produced by a group of agents, using an OpenAI next-generation model significantly more capable than GPT-6 Astra.
The problem concerns whether the description of smooth three-dimensional fluid motion modeled by the Navier-Stokes equations can break down. It has remained unresolved for roughly 90 years.
1000s of geniuses in a data center (already today)
next year - we will likely reach 1 000 000s of geniuses in a data center scale
OpenAI:
"We used a system of coordinating agents powered by our internal model. The agents had access to tools such as the ability to read from a cached version of the internet and the ability to run code. Agents were subdivided into groups with the ability to communicate within the group. The groups varied in size, and the group that produced the Navier–Stokes resolution involved on the order of 10,000 concurrent agents."
"Across all attempted problems, the agents sent 4.9 million messages and used about 300 billion output tokens. In the process of resolving the Navier–Stokes problem, the agents sent 2.7 million messages and used approximately 130 billion output tokens."
$MSTR holds 845,050 BTC, about $66B at 78.7K. The whole pitch is that the wrapper trades above the coins, and that premium is the product, it is what funds the next buy.
Own it as a leveraged bitcoin bet, not a company. When the premium goes negative the flywheel runs in reverse.
Sam Altman just said (during an exchange on X), that OpenAI will try to find a room temperature superconductor using 10 000's of AI agents, the same approach they used to solve the Navier–Stokes problem.