Lifeboat Foundation

LOS ANGELES — The New Madrid fault zone in the nation’s midsection is active and could spawn future large earthquakes, scientists reported.

It’s “not dead yet,” said U.S. Geological Survey seismologist Susan Hough, who was part of the study published online Thursday by the journal Science.

Researchers have long debated just how much of a hazard New Madrid (MAD’-rihd) poses. The zone stretches 150 miles, crossing parts of Arkansas, Illinois, Indiana, Kentucky, Mississippi, Missouri and Tennessee.

Continue reading “New Madrid fault zone could spawn huge quakes in U.S. Midwest, South” »

The team created the so-called quark-gluon plasma by smashing packets of protons and neutrons into a much heavier gold atom in the PHENIX Detector particle collider at Brookhaven National Laboratory in Upton, New York. It is theorised that this matter filled the entire Universe shortly after the Big Bang when it was still too hot for particles to come together to make atoms.

https://youtube.com/watch?v=_GgP6jo5DTM

Is lab grown meat the future of the industry, or simply an expensive boondoggle that wealthy investors like Bill Gates and Richard Branson will eventually have to bite the bullet on? According to major players in this “cultured meat” industry, lab grown meats can replace having to actually slaughter and process these foods for human consumption, preventing animal deaths and giving rise to a new era in the food industry.

The JUST cultured meat company of California hopes to sell nuggets synthesized from chicken feathers by the end of 2018.

Continue reading “Lab-Grown Chicken Nuggets Made From Feathers to Hit Shelves” »

Water bear. Moss piglet. Tardigrade.

The gentle teddy-bear features of this polyonymic animal belie its hardy nature.

Capable of withstanding dehydration and cosmic radiation and surviving temperatures as low as −450 F and as high as 300 F, this eight-limbed microscopic creature holds the key to one of biology’s greatest secrets — extreme survival.

Continue reading “Could an extremophile hold the secret to treatment of devastating injuries?” »

Interstellar propulsion breakthroughs will require research that is motivated by more than mere hype, says former NASA breakthrough propulsion physicist.

Scientists have been searching for “dark matter” – an unknown and invisible substance thought to make up the vast majority of matter in the universe – for nearly a century. The reason for this persistence is that dark matter is needed to account for the fact that galaxies don’t seem to obey the fundamental laws of physics. However, dark matter searches have remained unsuccessful.

But there are other approaches to make sense of why galaxies behave so strangely. Our new study, published in the Journal of Cosmology and Astroparticle Physics, shows that, by tweaking the laws of gravity on the enormous scales of galaxies, we may not actually need dark matter after all.

The Swiss astronomer Fritz Zwicky discovered in the 1930s that velocities in galaxy clusters were too high to account for how much matter we could see. A similar phenomenon was described by several groups of astronomers, such as Vera Rubin and Kent Ford, when they studied the motion of stars at the far edges of the Andromeda Galaxy.

Research has revealed the cluster of neurons that helps the brain’s internal GPS remember key landmarks. It is hoped that the findings will provide insight into a range of psychiatric disorders.

Dark energy is apparently even more mysterious than astronomers had thought.

Scientists first proposed the existence of this invisible force two decades ago, to explain the surprising discovery that the universe’s expansion is accelerating. (Surprising and incredibly important; the find netted three researchers the Nobel Prize in physics in 2011.)

The most-used astrophysical model of the universe’s structure and evolution regards dark energy as a constant. Indeed, many astronomers believe it to be the cosmological constant, which Einstein posited in 1917 as part of his theory of general relativity. [The History & Structure of the Universe in Pictures].

Building cracks and deterioration are common points of concern for asset owners and managers alike, but a new technology may soon alleviate these industry issues.

Researchers at the University of Cambridge are using micro-encapsulation technologies developed by Dolomite Microfluidics to develop self-healing construction materials.

The university’s Department of Engineering’s Geotechnical and Environmental Research Group said last month that it is developing microcapsules containing ‘healing’ agents such as minerals, epoxy, or polyurethane which can be added to building materials to allow the self-repair of small cracks that develop over time.

Continue reading “Is self-healing concrete technology the future of construction?” »