https://t.co/liobO7iyNU

Today, we’re unveiling our proposed lunar mission architecture to deliver more mass to the Moon, in the near term.  By pairing our Helios kick stage with a new, Impulse-built lunar lander, we’re taking the next step toward mobilizing space, and enabling sustained lunar

There is no trying. There is only doing.

In 1858, Joseph Whitworth published a method for significantly improving the flatness of surface plates. Such plates evidently form the basis for much precision engineering. Better plates, better everything. https://t.co/9bCHUfjHoe

absolutely insane pi5 kit

My brain broke when I read this paper. A tiny 7 Million parameter model just beat DeepSeek-R1, Gemini 2.5 pro, and o3-mini at reasoning on both ARG-AGI 1 and ARC-AGI 2. It's called Tiny Recursive Model (TRM) from Samsung. How can a model 10,000x smaller be smarter? Here's how

if you are a new follower, i've been doing these gestural experiments for a while now. eventually i wanna build tools that manipulate symbolic thinking in an embodied and intuitive way. e.g. using hands to explore latent spaces like this: https://t.co/tJdbhqbr44 or make music

Nice day to sketch

https://t.co/R9bKfcLU1o

i thought i know some piezoelectric materials, guess i don't know shit. these d coefficients are not crazy high, but also still significant. Kumari2025: [Density functional theory study of organic hydrate crystals with increased piezoelectric

Americans spent 10.5 billion hours filling out regulatory compliance paperwork in 2023. Getting a man to the moon only took 7 billion hours of work.

🎉 Big news! Today, we officially opened the doors to our very first Bambu Lab retail store. A space where anyone can experience our printers up close, explore materials, and get inspired by what’s possible with 3D printing. This is just the beginning — and we can’t wait to

Anybody using uv curable conductive inks with a uv printer to make PCB?

Underrated resource for learning https://t.co/vntTx0qAFe

This seems big A new European startup called Euclyd just came out of stealth and wants to shake up AI inference hardware. They’re building a massive chip system called Craftwerk, a many chiplet SiP with 16,384 processors, delivering up to 32 PFLOPS, and paired with a custom

3d printing with glass nanoparticles (40nm) + resin using CAL printing. Polymer holds silicon. Burn out polymer at ~1100C, then Sinter at 1300C. Microflluidics can be 3d printed this way! https://t.co/vwz9IaWh02 Probably not at scale though, but pretty awesome technique.

@nizhunt @yacineMTB Shown to be uncomputable in Eva Miranda's recent work: https://t.co/MGOlqXIhDs

Should I build one cloud chamber coffee table or ten?

We built a robot brain that nothing can stop. Shattered limbs? Jammed motors? If the bot can move, the Brain will move it— even if it’s an entirely new robot body. Meet the omni-bodied Skild Brain:

looking back at AGI being here, I think XAI got there first, but openai perfected it into a product faster. the next year is actually not going to be any different for most people. but for some of us, the ones that noticed - it's going to be really, really weird.