The Tinfôil Tricõrn 🇺🇸 retweeted
After a year of building the pipeline, time to "RiseUp"
Run The Court. Still working away but definitely happy with all the progress to be able to take the production process to the next level. @weldonry25 Let's go! Thanks to all the work combined @Hailuo_AI H3 crushing it ly combos.
Run The Court. Still working away but definitely happy with all the progress to be able to take the production process to the next level. @weldonry25 Let's go! Thanks to all the work combined @Hailuo_AI H3 crushing it ly combos.
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The Tinfôil Tricõrn 🇺🇸 retweeted
I don’t usually dress for Halloween but in case im invited to some parties this time
WHAT SHOULD I DRESS AS FOR HALLOWEEN. I was thinking I wear my lab coat.
WHAT SHOULD I DRESS AS FOR HALLOWEEN. I was thinking I wear my lab coat.
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The Tinfôil Tricõrn 🇺🇸 retweeted
“There are two futures in front of us. One in which only the bad guys have lockpicks, and security holes go undiscovered until they're exploited. Another in which everybody has lockpicks and is aggressively red-teaming their own software so it gets fixed before the holes are exploited.
The corpus of human code is huge but finite. The number of defects in it has to be finite too. We can fix those defects now; we have a million friendly robots to do it with.
The only way out is through.”
The corpus of human code is huge but finite. The number of defects in it has to be finite too. We can fix those defects now; we have a million friendly robots to do it with.
The only way out is through.”
The only way out is through.
They're calling it the Bugpocalypse. LLMs are being used to find long-hidden cracks in the software infrastructure, and it's happening at a furious rate. 3% of all compromises in computing history happened in the last week, claims one source? I believe it.
There are people saying public access to the frontier models ought to be locked out, or heavily guardrailed, over this. The problem with that idea can be summed up in one sentence: when lockpicks are outlawed, only outlaws will have lockpicks.
The lockpicks will be Chinese open-weight models, if nothing else. There's no way to stop those from becoming ubiquitous.
There are two futures in front of us. One in which only the bad guys have lockpicks, and security holes go undiscovered until they're exploited. Another in which everybody has lockpicks and is aggressively red-teaming their own software so it gets fixed before the holes are exploited.
The corpus of human code is huge but finite. The number of defects in it has to be finite too. We can fix those defects now; we have a million friendly robots to do it with.
The only way out is through.
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The Tinfôil Tricõrn 🇺🇸 retweeted
Here’s @slop_eisley running at 3840x1620 at 60fps in a browser with @threejs and a complete city and traffic
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The Tinfôil Tricõrn 🇺🇸 retweeted
@TinfoilTricornB@hellosimarl-center claim has zero public record. WARN filings confirm ~14,500 tech cuts planned for 2026 so far (already above all of 2025), yet regional employment stays net positive amid AI shifts. Housing stays extreme and some leave for costs, but SF has seen net inflows from the AI boom.
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The Tinfôil Tricõrn 🇺🇸 retweeted
Why does an electron’s spin flip reverse its magnetic poles while a positron’s poles track its spin?
These diagrams show the dipole field manifolds of spin-½ leptons. Because the electron carries negative charge its magnetic moment opposes its spin; the positron’s positive Field lines therefore leave the N pole and enter the S pole, producing the opposite patterns you see.
The same relation underlies electron-spin resonance used in chemistry, spintronic devices that store information in spin orientation, and the most precise tests of quantum electrodynamics that compare the magnetic moments of electrons and positrons.
A single particle’s spin orientation draws the field lines that shape both laboratory instruments and our deepest checks of matter–antimatter symmetry.
These diagrams show the dipole field manifolds of spin-½ leptons. Because the electron carries negative charge its magnetic moment opposes its spin; the positron’s positive Field lines therefore leave the N pole and enter the S pole, producing the opposite patterns you see.
The same relation underlies electron-spin resonance used in chemistry, spintronic devices that store information in spin orientation, and the most precise tests of quantum electrodynamics that compare the magnetic moments of electrons and positrons.
A single particle’s spin orientation draws the field lines that shape both laboratory instruments and our deepest checks of matter–antimatter symmetry.
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The Tinfôil Tricõrn 🇺🇸 retweeted
Here’s an early prototype of an AI designed and 3D printed electronic motor.
We used our Continuum Engine platform to produce electromagnetic, thermal and mechanical simulations rapidly for the 3D optimised model. The physical product was constructed, molecule by molecule, by al is to enable full products - from drones to satellites and medical devices - fully assembled from raw material by one small machine.
No supply chain fragility, entirely under one roof. Producing all electronics, motors, chassis, batteries, antennas all together, rapidly and more optimised than possible with yesterday’s machines.
We’re very close to letting you vibe code with a real-life matter compiler.
We used our Continuum Engine platform to produce electromagnetic, thermal and mechanical simulations rapidly for the 3D optimised model. The physical product was constructed, molecule by molecule, by al is to enable full products - from drones to satellites and medical devices - fully assembled from raw material by one small machine.
No supply chain fragility, entirely under one roof. Producing all electronics, motors, chassis, batteries, antennas all together, rapidly and more optimised than possible with yesterday’s machines.
We’re very close to letting you vibe code with a real-life matter compiler.
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The Tinfôil Tricõrn 🇺🇸 retweeted
Nightfall over Cydonia Spaceport, Mars.
Shot on Google Nano Banana 2.1
Shot on Google Nano Banana 2.1
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The Tinfôil Tricõrn 🇺🇸 retweeted
exactly
This is the future of how small businesses will be able to talk to their customers and interact with their own tools.
Block is building the entire stack for commerce on Main Street, from AI kiosks and agentic payment rails to voice models that run on edge devices. Very cool.
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The Tinfôil Tricõrn 🇺🇸 retweeted
We believe voice is the most natural way to interact with intelligence, so we created Dessa, the most authentic full-duplex speech model ever built. Talking with it feels like talking with a person…full of emotion, nuance, pauses, and a natural cadence.
block.xyz/dessa
block.xyz/dessa
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