Starship could host entertainment and SpaceX is worth more than you think. What happened to last week’s Falcon 9? It’s Musk Reads: SpaceX Edition #145.
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Sweaty palms are an inherent side effect of every intense gaming session, but the PlayStation 5’s DualShock 5 controllers might be able to sense your white-knuckling and alter the game you’re playing on the next-gen system. Is this an innovative and helpful new feature, or the next invasive step towards compromising the privacy of gamers?
Great woman.
Her impeccable calculations had already helped plot the successful flight of Alan B. Shepard Jr., who became the first American in space when his Mercury spacecraft went aloft in 1961. • • Johnson’s work over 33 years propelled many of America’s breakthroughs in space exploration, including Neil Armstrong’s “giant leap for mankind” on the Moon. • • Rest in Peace Ma’am 😓.
An experiment by EPFL researchers has confirmed a theory that has been used in mechanics for over half a century—despite never having been fully validated. The team could now use the theory in bolder and more innovative ways in their quest to develop ever better energy systems.
Some theories are widely used even though they have never been experimentally validated. One example is the so-called narrow groove theory, or NGT, which explains how air-lubricated bearings work in mechanical systems.
The theory was proposed in 1965 but, until recently, it had only been tested partially or indirectly. Researchers at EPFL’s Laboratory for Applied Mechanical Design (LAMD), based at Microcity in Neuch tel, have now closed a gap that has persisted in the scientific literature for over 50 years. The team has published its findings in the journal Mechanical Systems and Signal Processing.
Scientists discover a new link between a protein and an eye condition which affects 1.5 million people.
Australian scientists have made a key breakthrough in a desperate bid to develop a vaccine for the killer coronavirus.
Researchers at the University of Queensland are making a fast-tracked attempt to make a cure for the disease, which has killed more than 2,200 people worldwide.
Continue reading “Coronavirus vaccine breakthrough in Australia” »
The process even skips the “need for a heat exchanger or steam turbine generator” and can feed an electrical flow “almost directly into an existing power grid,” according to the company’s statement.
No nuclear waste, no steam, zero chance of a nuclear meltdown. It almost sounds too good to be true — but the startup still has a lot to prove. McKenzie admitted himself he doesn’t know if or when the startup’s idea could be turned into a commercial reality.
“I don’t want to be a laughing stock by promising we can deliver something in 10 years, and then not getting there,” he told New Atlas.
Together, they founded W-Cycle, a start-up that develops compostable packaging solutions to tackle the masses of C-PET plastic used in the huge ready-meal packaging industry. Rather than producing single-use trays from plastic and aluminum, W-Cycle’s patented “SupraPulp” packaging product is based on sugarcane pulp, known as bagasse.
A region beneath the rough waters of the North Sea, known as Doggerland, holds archaeological clues to the past. Watch how researchers are using advances in mapping and leads from dredging sites to piece together the history of this vanished landscape.
Read the story: https://www.sciencemag.org/news/2020/01/relics-washed-beache…-north-sea
Continue reading “Maps of a now-submerged land help reconstruct the lives of ancient Europeans” »
Researchers in the Netherlands have developed an incredibly accurate nanosensor which can detect metastatic cancer cells from just a single drop of blood in a major breakthrough for early detection and treatment of the disease.
PhD students Dilu Mathew from University of Twente and Pepijn Beekman from Wageningen University pooled their resources and developed a tiny system to detect tumor-derived extracellular vesicles (tdEVs), a particular type of cancer biomarker.
Their nanosensor is so sensitive it can detect cancer biomarkers on a broad spectrum of concentrations from 10 particles per microliter to 1 million particles per microliter, thanks to its incredibly small and delicate electrodes, shaped like two combs facing each other, with a gap of just 120 nanometers between them.
