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Science Headlines Most People Probably Missed
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Scientists Detect Ancient Cosmic “Background Noise” Hidden In Old Arecibo Observatory Data (Inverse)

When we were looking for great science headlines to discuss, we could not avoid this one. Astronomers spent 13 years observing signals from rotating stars in the hopes of catching ripples in spacetime. This is often referred to as gravitational waves, and they finally found possible hints of the first low-frequency version of these waves ever detected! It was discovered by a team of researchers from the North American Nanohertz Observatory for Gravitational Waves or NANOGrav.

Science Headlines Most People Probably Missed
[Image via Aurore Simonnet/Sonoma State/Caltech/MIT/LIGO]
They did not just manage to tell us about it. Rather, they proved their finding with cosmic background noise. Back in September of 2015, scientists first detected a signal from gravitational waves. The signal came from a ripple between two black holes that collided 1.3 billion years ago. That only made NANOGrav more devoted to their project. Unlike high-frequency waves, the low-frequency versions come with persistent background noise, which they recorded.

Science Headlines Most People Probably Missed
[Image via Monique Smith & Boris Heifets]

Mice May ‘Catch’ Each Other’s Pain — And Pain Relief (Science News)

While science headlines about mice might not seem that appealing, this is actually a very compelling report. Mice seem to actually understand and feel each other’s pain. Research has been able to prove that when some mice are injured, other healthy mice living alongside them might mirror the injured mouse and behave as if they too have pain. Yet recently, research has been able to prove that mice can also mirror pain relief too.

Science Headlines Most People Probably Missed
[Image via LightField Studios/Shutterstock.com]
Stanford University Neuroscientist, Monique Smith, and her team have spent years trying to prove that animals can pick up and share each other’s emotions. In testing mice, they found that one mouse that was given morphine-induced pain relief was able to cause other mice to also have reduced pain. During one study, both mice were given an irritating injection but only one was given morphine. After mingling, both mice acted as if they both were given morphine. Which is absolutely incredible!