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The First-Ever Antimatter Transport by Truck Marks a New Era in Physics

On Tuesday, CERN scientists achieved a groundbreaking milestone by transporting antiprotons via road, successfully testing the world’s first antimatter delivery system, with the goal of eventually supplying research labs across Europe. “The particles came back safely… so it was a success,” CERN physicist Stefan Ulmer said after the large truck completed a 10-kilometre loop around […]

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NASA’s crewed Moon mission, Artemis II, launches this Wednesday, April 1

NASA is opening a new chapter in space exploration with the launch of the Artemis II mission, set for this Wednesday, April 1, at 7:24 PM (Brasília time). The mission will mark the first time in more than 50 years that astronauts journey to the Moon aboard a spacecraft specifically built for that purpose. The

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Engineers developed a light-activated gel that boosts ion conductivity 40o TIMES

Unlike rigid electronics, living systems are soft and flexible. MIT engineers developed a biocompatible, flexible gel whose light-controlled conductivity could advance human-machine interfaces and soft robotics. Welcome to the emerging field of ionotronics, which transmits information using ions—charged molecules—much like electronics relies on electrons. While electronic systems are established, ionotronics is still emerging—except in living

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Humanoid successfully conducts live HMND proof of concept with SAP and Martur Fompak

The boundary between digital intelligence and physical work has become increasingly blurred as Humanoid (HMND) and SAP successfully conducted a live test integrating agentic AI into industrial robots. By connecting HMND’s KinetIQ AI platform with the SAP Joule agent, the companies showcased embodied AI in action. A cloud AI agent autonomously directed the HMND 01

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Q&A: Robots may lack sensation, but new sensor technologies could change that

A research team led in part by Huanyu “Larry” Cheng, James L. Henderson Jr. Memorial Associate Professor of Engineering Science and Mechanics at Penn State, is developing a highly sensitive electronic “skin” for robots and prosthetic limbs using pressure sensors—tiny, paperclip-sized devices capable of measuring force across a surface. Cheng is a corresponding author of

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Robotic legs skate, climb stairs, and balance on one wheel in a demo

The Robotics and AI Institute (RAI) has released a new video of its Roadrunner robot. Despite having no torso, the two-legged machine impresses by rolling, stomping, climbing stairs, and even performing tricks on just one leg. Founded in 2022 with a US$400-million investment from Hyundai Motor Group, the Robotics and AI Institute (RAI) is led

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An AI-powered foot scanner may help reduce hospital admissions

A new study has found that an at-home AI “foot-recognition” scanner may help prevent hospital admissions caused by heart failure. According to the National Institute for Health and Care Research, with contributions from researchers in Torbay, the device can identify oedema, a build-up of fluid in the feet and ankles. This swelling signals that heart

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Scheimpflug cameras could extend LiDAR-like sensing from 6 m to 4 km

An optical principle identified over a century ago could soon be applied to areas like monitoring atmospheric turbulence, tracking objects in the air, and environmental mapping, according to researchers at the Georgia Tech Research Institute (GTRI). Using the Scheimpflug technique, the researchers are creating low-cost rangefinding cameras, advanced sensors, and computational methods to complement—and in

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design sem nome 2026 03 27t110437.959

Intelligent yarn monitors muscle activity within the body

Engineered from noise-resistant, conductive threads, the advanced smart fabric could be used for health monitoring, athletic performance, and rehabilitation, according to research published in the journal Science Advances. As a materials engineer at RIKEN, Sunghoon Lee merges his passion for sports with his drive for research. “Personally, I’m interested in baseball,” he says, noting that

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Bat-inspired ultrasound lets tiny drones navigate fog and smoke

Researchers at Worcester Polytechnic Institute (WPI), led by Nitin J. Sanket showed that palm-sized drones with ultrasound and AI can navigate fog, smoke, and other tough conditions using minimal power—perfect for search-and-rescue. The bat-inspired breakthrough, reported in Science Robotics, indicates that ultrasound could offer a lightweight, low-cost alternative to traditional drone navigation systems, which often

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