Lifeboat Foundation

– SciTechDaily o.o!!!!

Dark energy, the mysterious force that causes the universe to accelerate, may have been responsible for unexpected results from the XENON1T experiment, deep below Italy’s Apennine Mountains.

A new study, led by researchers at the University of Cambridge and reported in the journal Physical Review D, suggests that some unexplained results from the XENON1T experiment in Italy may have been caused by dark energy, and not the dark matter the experiment was designed to detect.

Continue reading “XENON1T Experiment May Have Detected Dark Energy” »

Black holes are getting weirder by the day. When scientists first confirmed the behemoths existed back in the 1970s, we thought they were pretty simple, inert corpses. Then, famed physicist Stephen Hawking discovered that black holes aren’t exactly black and they actually emit heat. And now, a pair of physicists has realized that the sort-of-dark objects also exert a pressure on their surroundings.

The finding that such simple, non-rotating “black holes have a pressure as well as a temperature is even more exciting given that it was a total surprise,” co-author Xavier Calmet, a professor of physics at the University of Sussex in England, said in a statement.

In a new study, a team of researchers proposed that Dark Matter detectors could also search for the elusive force that is causing our Universe to expand (Dark Energy)!

About 25 years ago, astrophysicists noticed something very interesting about the Universe. The fact that it was in a state of expansion had been known since the 1920s, thanks to the observation of Edwin Hubble. But thanks to the observations astronomers were making with the space observatory that bore his name (the Hubble Space Telescope), they began to notice how the rate of cosmic expansion was getting faster!

Continue reading “A Particle Physics Experiment Might Have Directly Observed Dark Energy” »

A new paper takes a deep dive into primordial black holes that were formed as a part of the early universe when there were still no stars or galaxies. Such black holes could account for strange cosmic possibilities, including baby universes and major features of the current state of the cosmos like dark matter.

To study the exotic primordial black holes (PBHs), physicists employed the Hyper Suprime-Cam (HSC) of the huge 8.2m Subaru Telescope operating near the 4,200 meter summit of Mt. Mauna Kea in Hawaii. This enormous digital camera can produce images of the entire Andromeda galaxy every few minutes, helping scientists observe one hundred million stars in one go.

This void spans across nearly 500 light years.

Although space is vast, it mostly teems with gas, dust, rocky objects, or stars. But this region wedged between the star-forming clouds was bare, puzzling the astronomers.

Continue reading “A strange void found in space could solve an enduring mystery” »

Thu, Sep 23 at 8 AM PDT.

Join us on-line from 4pm to 7pm on Thursday 23 September for a livestream event to learn about particle physics research at Oxford. Hear from researchers studying High Energy collisions, and phenomena like dark matter, antimatter, and neutrinos; follow a guided tour of our Minecraft model of the CERN laboratory; and watch exciting demonstrations from the Accelerate! show. Oxford particle physicists will be available through the evening to answer your questions.

Live, via the Oxford Physics YouTube channel. Everyone is welcome, regardless their knowledge of physics.

Continue reading “COLLIDE! Why particle physics at Oxford matters… | Facebook” »

NASA Turned a Star’s Corpse into Sound — and It’s Magical.

We all know that there’s no sound in space. However, one project from NASA is turning that fact on its head by transforming images of space objects into beautiful music.

Continue reading “NASA Turned a Star’s Corpse into Sound — and It’s Magical” »

In a tentative eureka moment, physicists from Cambride may have detected dark energy for the first time. This could be the biggest physics discovery ever!

The dying star’s light passes through the center of a gargantuan galaxy cluster — and dark matter is giving it a wild ride.