Unusual house - floating house 🙃

⚙️ Engineering

High-speed machine folding cardboard into boxes in a split second

⚙️ Engineering

Induction Heating

⚙️ Engineering

Agility has announced a major milestone: Digit robot has moved over 100k totes in live operations at GXO Logistics’ facility.

This comes just days after Figure's CEO predicted Agility's bankruptcy within 12 months, and one day after Figure announced 90k parts loaded at BMW.

AI Post 🪙 | Our X 🥇

Elon Musk: In the future, there won't be operating systems or apps.

“In the future, there won't be operating systems or apps. It'll just be a device that is there for the screen and audio and to put as much AI on the device as possible to minimize the amount of bandwidth that's needed between your edge node device, formerly known as a phone, and the servers.

You'll get everything through AI. Whatever you can think of, or really whatever the AI can anticipate you might want, it'll show you. That's my prediction for where things end up, in probably five or six years.”

⚙️ Engineering

A winter upgrade that makes your car unstoppable.

⚙️ Engineering

Your daily update on robots capabilities.

Today: MagicLab Z, a bipedal humanoid shows his agility

AI Post 🪙 | Our X 🥇

Engineers taught a 3D printer to print in gel.

⚙️ Engineering

Why Elon Musk said Quantum computing is best done in the permanently shadowed craters on the Moon?

At first, it sounds like one of Elon’s wild sci-fi ideas, but there’s deep logic behind it. Quantum computers need extreme cold and perfect stability to work. The Moon’s permanently shadowed craters, like Shackleton, stay at −200°C, with no atmosphere, no noise, no heat, and no weather, the ultimate natural lab for quantum physics

On Earth, we spend millions creating those same conditions artificially. On the Moon, they already exist Once again, Elon isn’t daydreaming, he’s pointing at the future.

🛸 Dark Space

Explaining physics to students in China.

⚙️ Engineering

A robotic stone cutter creating a decorative pillar from scratch

⚙️ Engineering

High-power laser beams forming thick, floating ribbons of light

⚙️ Engineering

🇨🇳 In China, parents are turning AI into a real-time study supervisor.

They open ByteDance’s Doubao, point the camera at their child, and issue a simple command: “Doubao, keep an eye on him. Warn him if he loses focus or slouches.”

From there, the assistant takes over offering a steady stream of corrections:

“Stop fiddling with the pen.”
“Focus on the assignment.”
“Sit up straight.”
“Don’t doze off.”
“Don’t lean on your hand.”
“Quit chewing the pen.”

It’s AI as a digital study hall monitor.

AI Post 🪙 | Our X 🥇

Magnetic repulsion visualised.

⚙️ Engineering

The power of a Boeing 747 engine is unbelievable..

⚙️ Engineering

At Tesla’s latest exhibition, the company unveiled its new Robovan and Musk says on X that it’s “coming very soon.”

But honestly… what is this thing? A futuristic delivery van or a toaster on wheels?

⚙️ Engineering

Back to the future.

⚙️ Engineering

Model T Ford car, getting some heavy testing in the 1920s.

⚙️ Engineering

Creating vintage wear on denim

⚙️ Engineering

Newton’s Cradle

Momentum can be transferred from one body to another through direct interaction. That’s exactly what happens in Newton’s Cradle: several identical balls hang on thin strings in a row. If you pull one ball to the side and let it swing back, it strikes the next ball, immediately stopping — while the ball on the opposite end swings out with nearly the same speed.

⚙️ Engineering