This is massive, world changing AI news
AI achieved superhuman performance in theoretical physics.
GPT-6 Astra autonomously solved 49 of 50 unpublished theoretical physics research problems, 98% accuracy at under $3 per problem.
$3 per problem, think about it...
Crazy part?
Researchers initially marked several answers wrong, only to discover that the AI had caught mistakes in calculations by world class physicists.
why this is imo way more important and insane news than AI games, pics, recent software disruption?
Advancing theoretical physics may give us technologies like:
Practical fusion power, antimatter propulsion, relativistic spacecraft, interstellar travel, artificial gravity, vacuum engineering, micro black holes, wormholes, warp drives, solving dark matter and dark energy, theory of everything + 1000s more.
we're berely scratching the surface, and super physics AI can easily accelerate our progress 1000s fold, so we can see all this in our lifetimes.
just like in math , ~1000 big (unsolved by decads) math problems solved by OpenAI and Google,
50-100 years worth of progress in one week.
Now we're moving this disruption and speed to theoretical physics.
This will give us Star Trek (and more advanced) tech by 2030s.
I BUILT AN AUTONOMOUS CLOUD MESH POWERED BY CLAUDE
What started as a cloud orchestration concept is now a full terminal for coordinating autonomous agents, distributed compute, code synthesis, and deployment across multiple regions
→ 6 specialized agents handling orchestration, code generation, sandboxing, self-healing, routing, and security checks
→ 1,428 simulated microVMs managed through a unified control center
→ 6 global regions connected through a real-time cloud mesh
→ Automated code pipeline with AST verification, isolated execution, and build monitoring
→ Self-healing infrastructure designed to detect degraded nodes and recover automatically
→ Live telemetry for latency, context throughput, cache utilization, and system health
The terminal brings the entire lifecycle into one place, from provisioning isolated environments and generating code to validating changes and coordinating guarded rollouts
No scattered dashboards. No disconnected workflows. Just one command center built around autonomous infrastructure
The goal is simple: let AI coordinate the infrastructure, while the system keeps every stage visible
It is becoming f*cking dangerous: I don't understand why everyone still isn't doing this, thanks to this I reached an income of $12,000 as early as 3 months ago
Andrej Karpathy, co-founder of OpenAI, shared a straightforward concept that blew up with over 23 million views: stop relying on AI strictly for coding and start using it to construct your own personal knowledge engine
Point Claude Code to a folder, toss in raw materials (whether it's an article, a video transcript, or a PDF) and Claude processes everything, links relevant topics together, and organizes it into a self-updating wiki of your personal knowledge. It acts like compound interest: the more information you add, the more capable it becomes
Here is the exact breakdown:
Set up Obsidian, create a fresh vault, and open it using Claude Code
Supply Karpathy's wiki layout prompt and instruct Claude to build the architecture
Claude automatically sets up three components: a raw directory for source files, a wiki directory for processed pages, and a CLAUDE.md control file to run the system
Dump any document into the raw folder and run "ingest this"
Query your entire knowledge repository at any time, indefinitely
It takes just five minutes to configure, eliminating the need to ever start a conversation with a completely blank context window again
Check the link below for the complete step-by-step walkthrough on setting up Claude with Obsidian
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chatgpt as a f**king full stack operator...
most people use AI to get answers, the real unlock is turning it into a workflow that can research, plan, build, verify, and ship without losing track of the actual goal halfway through
this prompt gives ChatGPT a structured way to handle complex tasks, choose the right tools, check its own output, and turn messy requests into something you can actually use instead of another wall of text
save this one for your next big task ↓
holy f*ck, Elon's SpaceXAI team (Lauren Tan, Roshan Sadanani + 4 more) showed the prompts they run Grok Bot on
12 prompts from 3 days of live builds and workshops, with who used each one next to it
how to use the image:
1. save it
2. long messy task: paste #1 and read what the bot says back
3. production bug: paste #6, no PR until it reports back
4. building a team: record a 10-15 minute voice memo, paste #7
5. agents running on their own: paste #10 and #11
save this image, then build your own company with Grok Bot like in the article below ↓
It is becoming f*cking dangerous: I launched a full-fledged autonomous crawler that parses any website with ZERO LINES OF CODE
Forget about Python, terminals, CSS selectors, and constant manual copy-pasting
You can set up a seamless No-Code integration just once, where Claude becomes the brain of your automatic data collector, and the results automatically flow straight into your spreadsheets
In this setup, a No-Code service accesses the website and grabs the raw content, while Claude instantly cleans out the noise, extracts the key insights, and organizes everything neatly
How to set this up:
1. Pick a No-Code service:
Sign up for makecom, zapiercom, or install the bardeenai extension (all of them offer free tiers)
2. Set up the Launch:
Specify how often the crawler should run (for example, Every day at 9:00 AM or At the click of a button) and feed it the target URLs
3. Connect the Claude module:
Add an AI step to your scenario and give Claude a clear instruction:
"Analyze the provided page text. Extract product names, prices, discounts, and seller contact details. Return the data as a clean, structured list"
4. Choose where to save the results:
Connect the final step (for instance, Google Sheets or Notion)
Quick 10-minute setup, full 24/7 autonomy, and zero headache with code maintenance. Essentially, with just a few clicks you are creating your own smart AI agent that quietly handles the routine work while you focus on real tasks
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this is the most DANGEROUS thing on internet today
REA (Reverse Engineer Anything) - this open source MCP lets your AI agent reverse engineer any app, down to the binary
i just reverse engineered TradingView, now I am using their premium indicators for FREE - software is cooked
here is how to use REA to reverse engineer TradingView:
1. point REA at TradingView's publicly observable interface and map every major feature, from chart interactions to indicators and alerts
2. trace how the interface behaves when you switch symbols, change timeframes, add indicators, draw levels, and update chart layouts
3. use REA's available MCP tools to investigate authorized software artifacts and trace application logic wherever the evidence allows
4. feed those findings into Claude Opus 5.5, which turns the investigation into a technical specification and an implementation plan
5. rebuild the charting engine independently, with real market data, candlesticks, technical indicators, drawing tools, and persistent watchlists
6. add a quant backtesting engine that tests strategies against historical data, accounting for fees, slippage, and drawdowns
7. test every component, compare its behavior against documented and observable results, fix failures, and keep iterating until the system actually works
8. you end up building your own TradingView-style quant research terminal from scratch, with source code you control and features you can keep extending
i won’t say anything more:
Jev is the FASTEST AI model ever built for trading
It makes calibrated buy/sell decisions in under 100 ms
That is one real decision on every single block, 24/7
In this article I've shown EXACTLY how to build HFT trading system with Jev (from scratch) x.com/i/article/2100…
I JUST LAUNCHED 400 AI AGENTS WORKING SIMULTANEOUSLY. It’s not even about how fast they work, but the fact that they can’t lie to me
I opened a real-time control center 400 instances of Claude Fable 5.1 generating data in parallel, with Jev running backend checks to verify every single output against its source. This goes far beyond a simple speedup. It’s a closed-loop ecosystem that won't stop until it eliminates every single discrepancy
I directed them at 100 IT companies
First pass 21 errors flagged, broken APIs, fabricated metrics, empty endpoints
Second pass down to 7 failures
Third pass clean sweep, zero errors
This isn’t just another agent show-off. It’s an autonomous pipeline that catches its own mistakes before I even open my laptop
If you know how to build this, you will never be out of a job
If you don’t, the article below is made specifically for you
this is pure f*cking insane
A secret Stanford AI research group found the right way to orchestrate Claude Opus 5.5, GPT-6.1 Sol, and Gemini 4 Argon together, and it completely breaks the agentic scaffolding wall
most developers try to combine frontier models by chaining prompts in one context window or hardcoding rigid evolutionary loops. you burn tokens on context bloat and freeze models into contradictory schemas that out-date themselves within 5 iterations
Stanford's architecture eliminates human-designed scaffolding and splits the cognitive stack:
> context triage: Gemini 4 Argon ingests multi-million token codebases and strips raw AST syntax into typed interfaces (<24ms, -94.2% token compression)
> candidate proposer: GPT-6.1 Sol explores high-entropy code variations inside isolated execution sandboxes (+18.4% candidate win rate)
> causal director: Claude Opus 5.5 plans the search graph, querying persistent lineage where MAP-Elites and MCTS reduce to single Cypher queries
> zero context bleeding: sessions reset after each iteration to prevent prompt bloat while the graph stores lineage
> evaluator isolation: candidate code never touches the scoring process, stopping reward hacking and test leakage cold
> meta-agent distillation: an offline meta-pass extracts verified lessons and updates search guidance across branches
the benchmark metrics outclass standard discovery baselines:
> 3.2x lower model spend than fixed evolutionary frameworks ($0.62 vs $4.90 per verified PR)
> 1st place rank across competitive heuristic contests against human competitors
> beats published SOTA on Anthropic kernel builder and 11 mathematical optimization tasks
> 0% reward hacks: candidate-controlled metric tampering eliminated
Argon filters context. Sol explores code. Opus directs the search graph
you stop writing rigid search harnesses. you let frontier models own the discovery loop
whoever built this noticed we keep hiring the smartest model for the most boring work
you pay $25-$250/mo for a brain that can research, code and plan…
and a big chunk of its day goes to answering YES / NO.
Jev takes that job off its plate.
it's a small decision model that sits in front of the expensive calls and answers the boring forks:
-> which agent runs next?
-> worth researching or skip?
-> reply or ignore?
-> publish, wait or escalate?
-> BUY / SELL / HOLD?
-> click or keep looking?
the reported numbers are what made the setup click for me.
~2,000 papers sorted for about $0.05
~800 emails triaged for about $0.028
a browser-agent loop finished in ~6 seconds for ~$0.0029
and at $0.042 per million input tokens with free output, ~20,000 short decisions (~700 tokens each) lands near $0.62.
Jev isn't out-thinking Claude here.
it was never asked to think.
the split is almost boring:
-> big LLM does the research, writing and planning
-> Jev makes the thousands of small calls in between
-> code does the clicking, saving, sending and executing
once you see it, the forks are everywhere.
> inbox triage.
> X replies.
> support tickets.
> meeting notes.
> lead scoring.
> clip picking.
> browser agents.
> even paper-trading loops.
this is the part most agent setups get wrong.
a frontier model shouldn't sit on every step just because it can.
> Claude does the thinking.
> Jev picks what's worth Claude's time.
> code does the work.
I mapped 12 spots to wire this into an agent today + the exact router config in the article below
5 confirmed updates at 8am, and permission to say nothing if nothing changed...
that's the useful part of the overnight dot proposal: one recurring job, approved sources and a brief you can check without replaying an entire browsing session.
alfred gives that idea a face. the yellow character sits inside a 6-lane terminal: look, think, map, act, check, keep. this is a visual concept, not footage of a working OpenAI agent.
→ look - read the approved sources
→ think - identify what actually changed
→ map - connect each claim to its evidence
→ act - prepare the morning brief
→ check - separate confirmation from inference
→ keep - preserve the record for the next run
the proposed setup uses 3 pages: a runbook, an evidence ledger and the brief. the rules live in one place, the receipts in another. the morning output stays short because it doesn't have to carry the entire investigation.
a teaser isn't a release. ten reposts aren't ten independent sources. yesterday's rumor doesn't become confirmed because an agent found it again overnight.
publishing remains a separate approval step, enforced through actual permissions. a sentence telling the agent to behave is not a security boundary.
if the sources don't support a story, silence is the correct output.
this is pure f*cking treasure
8 GitHub repos that turn Opus 5.5 into a real coding system:
built for Opus 5.5
1. Serena: finds the right symbols and references before the model guesses
github.com/oraios/serena
2. gitingest: packs the whole repo into prompt-friendly context
github.com/coderamp-labs/…
3. OpenHands: the agent loop that writes and iterates inside the repo
github.com/All-Hands-AI/O…
4. E2B: runs the generated code in an isolated sandbox
github.com/e2b-dev/e2b
the proof layer
5. Playwright: checks the UI path actually works
github.com/microsoft/play…
6. promptfoo: evals the agent behavior in CI before you trust it
github.com/promptfoo/prom…
7. Langfuse: traces every call so you see where it broke
github.com/langfuse/langf…
memory that survives the session
8. Mem0: keeps project memory across runs
github.com/mem0ai/mem0
the stack in one line: Opus 5.5 decides, Serena and gitingest feed it, OpenHands acts, E2B and Playwright prove it, Langfuse and Mem0 remember.
check each repo before you install. save this.
Anthropic engineer Adam Wolff dropped a Claude Code prompt that turns messy failures into a system that can debug itself
this is f**king sharp…
feed it the broken prompt + real failures, and it buckets the damage, builds an eval, then rewrites only what actually moves the score
paste it into Claude Code and let the failures design the fix ↓
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