Lifeboat Foundation

Precision test of particle’s magnetism confirms earlier shocking findings — but theory might not need a rethink after all.

The above image may look like a piece of colourful, abstract art, but it is, in fact, a glimpse at the very heart of our galaxy.

Most of us can’t even begin to imagine what lurks beyond our solar system, but astrophysicists in the US have discovered a whole colony of incredible structures at the centre of the Milky Way.

Scientists already knew that mysterious, magnetised strands hang in space, but a new investigation has uncovered a whole new population of them, and found that they are handily pointing in the direction of the galactic centre.

What if you could turn concrete into a viable and effective energy storage option? While that might seem a bit out-of-this-world, that’s exactly what MIT researchers have managed to do, according to reports from New Atlas. A paper on the new concrete supercapacitor is also available in the Proceedings of the National Academy of Sciences (PNAS).

According to this research, MIT researchers were able to take an idea from 2021 – which said that you could store useful amounts of energy in concrete – and scale it up effectively by simply adding a single additive to the concrete mix. The mixture thus became a combination of concrete, water, and carbon black.

When combined, the three components allowed the researchers to create an energy-storing concrete supercapacitor that was easy to scale up, with it only requiring a change from “1-millimeter-thick electrodes to 1-meter-thick electrodes” to go from powering simple things like LED lights to full-blown buildings and homes.

Disclaimer: It’s important to note that this article is solely intended for educational and informational purposes, and no affiliate links are included. The outline for this article was written with the help of AI. All information is open and available to the public.

Emerging Threat: EG.5 Variant Raises Global Concerns

Continue reading “Fast-Spreading EG.5 Coronavirus Variant Sparks Global Concerns” »

Richard Dawkins once claimed he was an African Ape (which I reviewed here). Whether or not you like Richard Dawkins, and there is a lot to like and not like about him, he is entirely accurate about this one thing — we are humans and we are apes.

The fight against deadly diseases has always been a tough one. While vaccines have been the gold standard in warding off threats like diphtheria, tetanus, and measles, ensuring everyone gets a dose is no small feat. The answer to this might lie in an audacious new approach: transmissible vaccines.

It’s like using fire to combat fire – but can we control it?

When a large portion of a community gets vaccinated, we achieve herd immunity. However, ensuring global vaccination, especially in areas with inadequate health facilities, is an uphill task.

A scientist claims to have discovered a “gravitational anomaly” that calls into question our fundamental understanding of the universe.

Astronomer Kyu-Hyun Chae from the university of Sejong University in South Korea made the discovery while studying binary star systems, which refer to two stars that orbit each other.

His observations appear to go against the standard gravitational models established by Isaac Newton and Albert Einstein, and instead offer evidence that an alternative theory first proposed in the 1980s may explain the anomaly.

Scientists may have successfully spotted the brain center for the male libido responsible for sexual interest and mating in mouse models. The discovery may lead to improved drugs for sexual function.

This is according to a report by Medical Xpress published on Friday.

Senior researcher Dr. Nirao Shah, a professor of psychiatry and neurobiology at Stanford University School of Medicine, in California, said in the article that the newly-discovered region is responsible for recognizing the sex of other mice.

Nobel Prize-winning physicist Eric A. Cornell explains how a record-breaking physics study could help explain the mystery of asymmetry.