Lifeboat Foundation

Imagine a world where the smart watch on your wrist never ran out of charge, because it used your sweat to power itself.

It sounds like science fiction but researchers have figured out how to engineer a bacterial biofilm to be able to produce continuous electricity from perspiration.

They can harvest energy in evaporation and convert it to electricity which could revolutionise wearable electronic devices from personal medical sensors to electronics.

A cognitive network model tested in a longitudinal study shows that belief network dissonance predicts belief change.

For the first time, scientists have confirmed a major breakthrough in nuclear fusion involving the first successful instance of ignition, the point at which a nuclear fusion reaction becomes self-sustaining.

The achievement, results for which have been published in three peer-reviewed papers, occurred at Lawrence Livermore National Laboratory’s (LLNL) National Ignition Facility on August 8, 2021.

Nuclear fusion involves a reaction where at least two atomic nuclei possessing a low atomic number fuse together, forming heavier atomic nuclei. During such a reaction, differences between the masses of the reactants and products result from the difference in energy that binds atomic nuclei before and after the reaction occurs. This difference will either cause the absorption or the release of energy.

Who’s doing what in next-gen chips, and when they expect to do it.

Chipmakers are gearing up for fundamental changes in architectures, materials, and basic structures like transistors and interconnects. The net result will be more process steps, increased complexity for each of those steps, and rising costs across the board.

At the leading-edge, finFETs will run out of steam somewhere after the 3nm (30 angstrom) node. The three foundries still working at those nodes — TSMC, Samsung, and Intel, as well as industry research house imec — are looking to some form of gate-all-around transistors as the next transistor structure in order to gain tighter control over gate leakage.

The new generation of Starlink satellites remains above the accepted brightness threshold.

Unlike the nascent Iridium constellation — which really only found niche applications — Starlink is already proving its worth. For example, Starlink is currently keeping the Internet on in Ukraine during the ongoing Russian invasion.

The main concern in professional astronomy is the impact on current and upcoming all-sky surveys, such as the Vera C. Rubin telescope. This survey will scour the sky nightly down to a faint +22nd magnitude. A recent article in Nature notes that the 1.5-meter Zwicky Transient Facility (ZTF) telescope at Palomar sees Starlink streaks on 18 percent of its deep-sky images. A recent International Astronomical Union statement called for operational Starlinks to fall below +7th magnitude.

Continue reading “SpaceX: Why Starlink has some astronomers worried” »

We might start to see atoms interacting with each other in ways “we have not yet seen.”

University of Birmingham researchers have demonstrated how unique vibrations, which are caused by interactions between the two stars’ tidal fields as they approach each other, affect gravitational-wave observations.

Taking these movements into account could significantly improve our understanding of the data collected by the Advanced LIGO and Virgo instruments, according to a press release published on the institute’s official website on Thursday.

Continue reading “Looking inside a neutron star — new model will improve insights gleaned from gravitational waves” »

“It’s the stupidest thing ever,” Elon Musk said several years ago.

European Space Agency’s (ESA) director general has proposed the development of Europe’s first space-based solar power system to be constructed in 2025.

ESA, an intergovernmental conglomerate of 22 member states, will decide on the director’s plan in November this year, according to a report published in Ars Technica.

Continue reading “Europe is seriously considering a major investment in space-based solar power” »

A more long-term alternative to using steroids.

It is estimated that more than 250 million people globally suffer from asthma, which also causes hundreds of thousands of fatalities annually. Therefore, finding a cure for the condition could be life-changing for a large number of people.

Scientists have now developed a new potential long-term treatment for asthma. The method, which not only treats the symptoms of asthma but also targets one of its causes, functions by preventing the mobility of a certain kind of stem cell known as a pericyte.

Continue reading “This Asthma Vaccine Might Be Trialed in Humans in Near Future” »

The James Webb space telescope continues to dazzle. After releasing the telescope’s first images in July, NASA and the other agencies behind the new telescope have continued to monitor and observe new galaxies and celestial phenomena. Now, the Cosmic Evolution Early Release Science Study (CEERS) has released James Webb’s largest image to date.

The new image is a mosaic that includes multiple pieces of data put together by people working on CEERS. The team is made up of 105 scientists and 19 investigators stationed across 28 institutions in the world. They captured all of the data using the new telescope. Together they all make up James Webb’s largest image to date.

The data was gathered using James Webb’s Near Infrared Camera (NIRCam), its Near Infrared Spectrograph (NIRSpec), and its Mid-Infrared Instrument (MIRI). Each part of the data was taken parallel to the others. Researchers then carefully stitched them together. The instruments capture data using wavelengths that aren’t visible to the naked eye. They then translated the data into visible images.