Dade Williams @DadeWilliams

539 interlocking discs form the National Museum of Qatar. Designed by Jean Nouvel, the building takes its shape from desert rose crystals—mineral formations that emerge from sand in arid landscapes. The discs overlap at different scales and angles, creating a structure that appears to rise from the ground like a giant geological formation. Completed in Doha in 2019, it is one of the world’s most distinctive museum buildings.

Somewhere in Japan, a giant Game Boy stands in the middle of a bamboo forest. 📸 @enuenuenubi

@CeladonCA 🫤

This technology could change robotics and electronic circuits forever. Do not believe me? Watch the video. These stretchable printed circuits use serpentine conductive tracks that can bend twist and expand while maintaining their electrical connections. For humanoid robots this could enable flexible electronic skin tactile sensors soft joints and embedded electronics that move with the robot instead of restricting it. Rigid PCBs remain a major limitation for soft robotics and machines designed to imitate biological movement. Stretchable electronics could place sensors and computing directly inside deformable surfaces. The next generation of AI robots may not simply move like living systems. Their electronic circuits could stretch and deform with them. This is where Humanoid Robotics Physical AI Electronic Skin and Flexible Electronics begin to converge. #HumanoidRobots #PhysicalAI #FlexibleElectronics

Techniahqrobot | humanoid robots @techniahqrobot

a week ago

Many people will scroll past this post but let me say it clearly. The country that can build weapons at this level may be the first to reach ASI. A humanoid robotic arm with advanced perception precision control rapid targeting and autonomous coordination combines AI robotics

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@ElonVisioniX 1453

Transgender man who identifies as a ‘fox’ goes for a ‘physical exam’ with a woman pretending to be a vet.

It’s not possible to take such a photograph anymore, as the buildings outside block the sun rays. Grand Central, New York City, (1929).

@CeladonCA 😂

In the race for safer, faster, and longer-lasting energy storage, Chinese researchers have created a battery that could change everything — a graphene-based battery that fully charges in just five minutes and lasts four times longer than lithium-ion designs. Graphene, a single layer of carbon atoms arranged in a honeycomb lattice, is the strongest and most conductive material known. This structure allows electrons to move 100 times faster than in copper, drastically cutting charging times while keeping temperatures stable. Unlike lithium cells, graphene batteries are non-flammable, solving one of the biggest problems in electric vehicles and portable devices, overheating and explosion risk. Tests show that even after 3,500 full charge cycles, these batteries retain most of their capacity, while standard lithium batteries lose significant power after about 800 cycles. They also perform better in extreme weather, making them ideal for electric vehicles, drones, and even aerospace systems.

@CeladonCA Wrong price

@CeladonCA Sweet got 10 😂

This dude tried using 3 AI bots to count to 100 and they just kept looping each other back and forth in the same slop 😭

They changed the doors and gave dementia patients a piece of home back. In the Netherlands certain nursing homes discovered a straightforward yet meaningful solution to help residents with dementia feel safer and more at ease. Staff place life size stickers depicting each person’s original front door on the entrance to their current room. Instead of facing hallways of nearly identical doors residents now recognize something deeply familiar. The specific color the shape and the unique details of the home they once lived in stand out clearly. These custom decals known as True Doors reduce disorientation make individual rooms simpler to identify and help preserve important personal memories. The approach restores dignity for family members. It encourages greater independence for residents according to caregivers. Most importantly it transforms a standard room into a warmer more comforting space that genuinely feels like home. Compassion does not always demand elaborate measures. In many cases it can begin with something as simple as a familiar door. Image created using artificial intelligence for illustration purposes only.

A high school student has developed an artificial intelligence tool that diagnoses autism and attention deficit hyperactivity disorder with 89 percent accuracy using retinal scans. Seventeen year old Edward Kang from Bergen County Academies in New Jersey created RetinaMind. Drawing inspiration from research linking eye structure to brain development he built a deep learning convolutional neural network. The system examines subtle variations in the macula and retinal nerve layers that are difficult for humans to detect. By combining multiple models through ensemble learning it reaches high diagnostic precision. Traditional assessments for these conditions often depend on lengthy behavioral evaluations. RetinaMind offers a faster non invasive alternative. Kang also explored genetic connections such as the ABCA4 gene that may contribute to observed retinal differences. His project earned second place and a $175,000 award at the 2026 Regeneron Science Talent Search. Experts note that further validation is needed as retinal changes can relate to other neurological issues. Nevertheless the work highlights the potential of artificial intelligence to identify biomarkers and enable earlier intervention.

@CeladonCA Got 3, thanks

x.com/CitizenVMovie/…

🚨 NEW: SpaceX plans to build an 8-mile natural gas pipeline called "Starpipe" to its Texas launch facilities next month to fuel more frequent Starship rocket launches, per Reuters.

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Justice for Louis.

@CeladonCA Ugh

Today we’re introducing Gemma 4 12B — our latest open model that brings advanced agentic reasoning, vision and audio directly to your laptop. It delivers performance nearing our larger Gemma models with a much smaller total memory footprint, while being small enough to run locally with just 16GB of VRAM. It’s open and accessible for everyone to use under a permissive Apache 2.0 license. This is all made possible by our new, unified architecture that removes separate multimodal encoders. Here’s how we did it 🧵