Rifles, handguns and AR-style magazines that had writing on them referencing mass shootings were unsecured in the home, according to the Pierce County Sheriff’s Office
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Planetary scientists believe they can now predict the green glow of an aurora in the night sky above Mars, and they have the images to prove it.
When a droplet of liquid the size of a grain of icing sugar hits a water-repelling surface, like plastics or certain plant leaves, it can meet one of two fates: stick or bounce. Until now, scientists thought bouncing depended only on how repellent the surface was and how the droplet lost its impact energy. Speed, they assumed, didn’t matter.
In a step toward making ultra-bright X-ray sources more widely available, an international collaboration led by the University of Michigan—with experiments at the U.K.’s Central Laser Facility—has mapped key aspects of electron pulses that can go on to generate laser-like X-ray pulses.
An international team of astronomers reports the discovery of a new pre-main-sequence eclipsing binary system. The newfound binary, designated MML 48, consists of two young low-mass stars. The finding will be published in the upcoming issue of the Astronomy & Astrophysics journal.
YouTube Video Here: https://www.youtube.com/embed/fDWmQCAr7bE?feature=oembed&enablejsapi=1 When we talk a bout Pyramids everyone immediately turns their thoughts to Egypt, the Giza plateau and the three pyramids standing tall just outside of Cairo. However, did you know that there are more than 1000 pyramids in Central America alone? There are 300 Pyramids in China and over 200 Pyramids in Sudan. Egypt boasts only around 120 Pyramids. But, no matter where you look, you’ll find pyramids scattered across the globe. But why? Why are these enigmatic structure located across the planet? Why did nearly all ancient civilizations across the globe, the Ancient Maya, Aztecs, Pre-Inca Cultures, Ancient Chinese, and many others build these supermassive structures? Furthermore, why are so many pyramids around the globe so eerily similar in design? Why is it that we still can’t fully understand why the ancients built Pyramids? Were they meant to serve as eternal resting places for different Pharaohs and kings? Or is it possible they served another, completely different purpose than what mainstream scholars are making us believe? Is it just a wild coincidence that there are thousands of Pyramids scattered all across the globe? How are most of them so similar? Is it possible that ancient cultures were somehow interconnected thousands of years ago? And that somehow a pyramid building culture—that is now long gone—passed onto different civilizations the blueprints of building pyramids? What if after all, Pyramids were not used as tombs, but as something entirely different? A Ukrainian scientist believes he may have finally solved the mystery behind the Pyramids and says he now understands what they were used for by ancient civilizations across the globe. Dr. Volodymyr Krashnoholovets, a physicist from the Ukraine, who has curiously spent over a decade building and researching pyramids has been fascinated by these ancient structures for a long time.
Endorsed by the Russian government, he created a 144-foot-tall pyramid outside of Moscow. He is a man who believes to have finally cracked the mystery behind pyramids and why they were built, and according to him, this is a summary of his discoveries on the effects Pyramids:
All of the above-mentioned discoveries made by Dr. Volodymyr Krashnoholovets are explained in the following video presented by author and researcher David Wilcock. What do you think? Is it possible that after all Pyramids were not used as tombs in ancient times? Is it possible that after all, these majestic ancient structures—scattered across the globe—have a purpose that mainstream scholars have not yet identified? Featured image by kuschelirmel A greedy white dwarf star not far from Earth is devouring its closest celestial companion at a rate never seen before, space scientists have discovered. Their study found the double star, named V Sagittae, is burning unusually bright as the super-dense white dwarf is gorging on its larger twin in a feeding frenzy.
A new AI-powered tool has reduced astronomers’ workload by 85%—filtering through thousands of data alerts to identify the few genuine signals caused by supernovae (powerful explosions from dying stars). The findings are published in The Astrophysical Journal.
Achieving low resistance and high performance in magnetic tunnel junctions using high-entropy oxidesA NIMS research team has developed a magnetic tunnel junction (MTJ) featuring a tunnel barrier made of a high-entropy oxide composed of multiple metallic elements. This MTJ simultaneously demonstrated stronger perpendicular magnetization, a higher tunnel magnetoresistance (TMR) ratio (i.e., the relative change in electrical resistance when the magnetization directions of the two ferromagnetic layers switch between parallel and antiparallel alignments) and lower electrical resistance.
During his Ph.D. at UMass, Nikhil Malvankar was laser-focused on quantum mechanics and the movement of electrons in superconductors. Now a professor at Yale, the native of Mumbai, India, has pivoted toward biology to explain how bacteria breathe deep underground without the aid of oxygen.
Extremophiles are a favorite tool of astrobiologists. But not only are they good for understanding the kind of extreme environments that life can survive in, sometimes they are useful as actual tools, creating materials necessary for other life, like oxygen, in those extreme environments. A recent paper from Daniella Billi of the University of Rome Tor Vergata, published in pre-print form in Acta Astronautica, reviews how one particular extremophile fills the role of both useful test subject and useful tool all at once.
A team of astronomers have observed an explosion in the universe unlike any ever witnessed before. The gamma-ray bursts from outside the Milky Way galaxy repeated several times over the course of a day. Gamma-ray bursts (GRBs) are the most powerful explosions in the universe, normally caused by the catastrophic destruction of stars, but no known scenario can completely explain this new GRB.
The molecular hydrogen ion H₂⁺ is the simplest molecule. This simplicity makes it a perfect study object for physicists, as its properties—for example, its energy levels—can be calculated precisely. In turn, this enables theoretical predictions to be compared with experimental measurements to determine whether the theories reflect reality correctly.
A Southwest Research Institute-led team has reported the first detection of gas on the distant dwarf planet Makemake, using NASA’s James Webb Space Telescope (JWST). This discovery makes Makemake only the second trans-Neptunian object, after Pluto, where the presence of gas has been confirmed. The gas was identified as methane.
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