Richard Moss


Nanotech coating puts an end to wasted shampoo

Shampoo, ketchup, liquid soap, dishwashing liquid – they all come in bottles made from the same kind of plastic, polypropylene, and they're all infamous for being extremely difficult to empty. The last dregs just don't want to come out. Some of us try to squeeze the last drops out by adding a bit of water and turning the bottle upside down, but now Ohio State researchers have devised a better solution: a microscopic lining that lets the products slide right off.Read More

Mobile Technology

uLink lets users link apps together like web pages

The web's utility rests on its connectedness, the so-called "deep links" that take you to specific pages on a website rather than just its landing page. But in the mobile app ecosystem such interconnectedness is both rare and time-intensive to setup. Researchers from Microsoft Redmond lab hope to change this with uLink, which allows linking to and between specific, individual locations within different mobile apps – kind of like browser bookmarks for apps.Read More


3D hydrogel biochips offer better diagnosis of early-stage bowel cancer

Early detection is paramount to survival from bowel cancer, but doing so is difficult because most symptoms don't present until the cancer matures. Worse, existing diagnostic tests tend to be invasive and traumatic. Russian scientists hope to change this with a new biochip technology that can gather better, more precise data for diagnostic analysis. The scientists report that their new method far outstrips traditional methods of diagnosing bowel cancer. Read More


World's oldest axe fragment found in Australia

A thumbnail-sized fragment of a ground-edge axe found in Australia predates previous discoveries by more than 10,000 years. The axe fragment, which was discovered in a remote area of Western Australia, is estimated to be between 45,000 and 49,000 years old. Archeologists from the University of Sydney believe it was invented soon after humans arrived in Australia around 50,000 years ago in response to new environmental contexts. Read More


Study suggests there could be more species on Earth than stars in our galaxy

Biologists at Indiana University believe we may have only discovered a mere thousandth of a percent of the species on our planet. To put a number on it, that means the 10 million or so species identified so far represent a drop on the ocean of as many as one trillion total species. As a point of comparison, consider that current estimates suggest that our home galaxy the Milky Way may contain between 100 and 400 billion stars. This is a big number, with possibly big implications. Read More


Fermi telescope helps close in on the origin of gravitational waves

Astrophysicists made history last year when they detected gravitational waves – the elusive ripples in space-time that were first theorized by Albert Einstein as part of his theory of general relativity in 1916. Early efforts failed to pinpoint the visible light component of the chaotic event that triggered the waves. But now data from NASA's Fermi telescope has reduced the search area by around two-thirds, which will help scientists understand more about the nature of the event and improve their systems for detecting future gravitational wave events. Read More

Quantum Computing

"Quantum data bus" can relocate quantum information

While quantum computing has made great gains in recent years in terms of transistors and logic gates and reprogrammable chips, the technology still lacks one vital component: data transfer. This is a fundamental part of normal microprocessor operation; it involves the routing of information from one location to another. An international team of researchers has successfully trialled a "quantum data bus" that does just that, however, thanks to a technique called perfect state transfer. Read More


Creation of insulin-releasing cells in a dish offers hope of diabetes therapy

A molecular switch could hold the key to a personalized cell replacement therapy for diabetes. Both Type 1 and Type 2 diabetes are characterized by an inability to produce (or process) insulin, which is required to regulate blood sugar levels. This has been linked to malfunctioning or failing beta cells in the pancreas, but so far scientists have struggled to produce effective replacement cells in the lab. Now a team at Salk Institute believes the problem has been solved.Read More


Father.IO turns the world into a laser tag playground

The latest real-life take on laser tag uses augmented reality, a small infrared peripheral, and your smartphone's Internet capabilities to put you at war with people both in your area and around the world. Touted as a real-life, massively multiplayer first-person shooter game, Father.IO turns your phone into a virtual weapon.Read More


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