Lifeboat Foundation

No matter the need, these tiny PCs are here to serve. I’ve used many small form factor PCs and most of what I’ve used pales in comparison to the Xulu XR1 Pro. This device is not only the smallest of the tiny PCs I’ve tried, but it’s also the most powerful.

The device itself measures a scant 3.5 × 3.5 inches and is only 2.5 inches tall, making it the smallest AMD Ryzen 7-powered PC ever built. Yes, it’s tiny. But it also offers six USB ports, one USB Type C port, two HDMI ports, and a headphone jack.

As far as price is concerned, the Xulu XR1 Pro will start at around $299 and max out at around $399. So not only does this tiny machine punch above its weight, but it’s also at a price point that makes it even more appealing. Having an AMD Ryzen 7 desktop machine at that price is a bargain…no matter the size.

Continue reading “This tiny PC punches way above its weight, and it’s cheaper than you think” »

The technology may be acquired by the Ministry of Defense in the next fiscal year.

Reuters.

If all goes well, the organization may adopt the technology next fiscal year.

Continue reading “Japan’s military is testing Elon Musk’s Starlink for potential adoption” »

Overlapping lattices and innovative techniques have unlocked the secrets of bosonic materials, opening doors to unprecedented possibilities in condensed matter physics.

Physicists at UC Santa Barbara have unlocked the secrets of an extraordinary material made of bosons. Traditionally, the scientific community has focused on understanding the behavior of fermions, the subatomic particles responsible for the stability and interaction of matter. However, this recent breakthrough explores the unique properties of bosons, shedding light on a less explored realm of particle physics.

By overlapping lattices of tungsten diselenide and tungsten disulfide in a twisted configuration known as a moiré… More.

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The robots will be self-driving.

Estonian ride-hailing firm Bolt has revealed it will soon begin delivering food to people’s doors using a fleet of autonomous robots. The move hails from a partnership with robotics firm Starship Technologies.

The company will first trial its online food deliveries in its home city of Tallinn, Estonia later this year.

Continue reading “Ride-hailing firm Bolt to soon offer robot-powered food delivery in Tallinn” »

EPFL

Engineers at EPFL’s Computational Robot Design & Fabrication (CREATE) lab are training robots to pick the famous fruit on a silicone version that mimics the real thing.

To survive long-term in deep space? The answer is a lukewarm maybe, according to a new theory that outlines the intricate challenges of maintaining gravity and oxygen, securing water, cultivating food, and managing waste while being distant from Earth.

Dubbed the Pancosmorio theory – a word coined to mean “all world limit” – it was described in a paper published in Frontiers in Astronomy and Space Sciences.

“For humans to sustain themselves and all of their technology, infrastructure, and society in space, they need a self-restoring, Earth-like, natural ecosystem to back them up,” said co-author Morgan Irons, a doctoral student conducting research with Johannes Lehmann, professor in the School of Integrative Plant Science at Cornell University. Her work focuses on soil organic carbon persistence under Earth’s gravity and varying gravity conditions. “Without these kinds of systems, the mission fails.”

American Airlines has agreed to purchase 20 supersonic planes from Denver-based Boom Supersonic — if the startup can get the ultrafast jets off the ground and approved by regulators.

Why it matters: Supersonic planes, by definition, travel faster than the speed of sound — 767 miles per hour — but Boom’s in-development Overture jet is expected to travel much faster than that, with a cruising speed of 1,227 mph.

Continue reading “American Airlines plans to buy 20 supersonic planes” »

17:13 minutes.

Which is why biophysicist Adam Lamson is collaborating with artist Laura Splan in a project the two of them call ‘Sticky Settings.’ It’s a kind of an inside joke about the nature of DNA strands, and the kinds of digital transformations that can be applied to data in animation software.

Archaeologists and computer scientists have worked together to create an artificial intelligence (AI) program capable of translating ancient cuneiform texts. The researchers say their goal is for the program to form part of a “human-machine collaboration”, which will assist future scholars in their study of archaic languages.

Cuneiform is thought to be the oldest writing system in the world. Recorded by gouging symbols into clay tablets, it was originally developed by the Mesopotamians in what is now Iraq, where it started out as a way of keeping track of bread and beer rations. The system quickly spread throughout the ancient Middle East, where it remained in use continuously for over 3,000 years.

Thousands of documents, most written in either the Sumerian or Akkadian languages using the cuneiform script, survive to this day; but translating them can be a major headache. For one thing, there simply aren’t that many people with the necessary expertise. For another, the texts are often broken up into fragments.