After 41 years traveling through the solar system, NASA’s Voyager 2 probe has entered interstellar space. That makes it the second human artifact to leave our home behind to drift between the stars. You might be thinking this already happened, but that’s because the first object out of the solar system was the other Voyager. They’re both in interstellar space now, but they had very different journeys.
NASA's Parker Solar Probe has made the closest-ever approach to a star (the sun) and shared an image of the sun's atmosphere on Twitter on Wednesday. NASA's image, captured Nov. 8, shows the corona, which is the sun's outer atmosphere, when the spacecraft was just 16.9 million miles from the star.
Pictures from full-color Instrument Deployment Camera, which is mounted on the spacecraft’s 6-foot-long robotic arm, will help scientist ensure that the spots they pick will be sufficiently level and rock-free to accommodate the first instruments to be lifted up and placed down permanently on the surface of another planet.
In his 1864 science fiction novel, Journey to the Center of the Earth, Jules Verne wrote: "Who in his wildest dreams could have imagined that, beneath the crust of our Earth, there could exist a real ocean ... a sea that has given shelter to species unknown?" Scientists have found that rocks beneath the seafloor are teeming with microbial life.
We often hear about the dust storms and wind on Mars, but it’s hard to visualize conditions on the ground when the planet’s only inhabitants are robots. Today, the Curiosity rover has provided a handy visual example of how the wind blows on the red planet. The record consists of two images of a penny, one before the windy season and one after.
Russell D. Shilling, PhD, has been named the first chief scientific officer of the American Psychological Association, responsible for leading and implementing the association’s transformational science agenda and advocating for the application of psychological science in settings to include academia, government, industry and the law.
Popular Science's The 31st annual Best of What's New awards. Our 31st annual Best of What’s New list is the culmination of a year spent obsessing over, arguing about, and experiencing the newest technologies and discoveries across 10 distinct disciplines. Yes, there are eye-poppingly-bright TVs. Sure, there are video games that will suck us in for hours. And, naturally, there’s a car that, on the right road, will just drive itself.
In the past decade or so, China has been expanding its commitment to scientific research, and it shows. Chinese researchers now produce more scientific publications than U.S.
Ripley is a driving force behind the VA’s rollout of 3D modeling software from GE Healthcare, under a new partnership announced this week. The technology takes arcane radiological scans and translates them into printable files to become plastic organs, bones and tumors that physicians can use in planning patient care and treatment.
Scientists working on the frontiers of medicine fear the uproar over the reported births of gene-edited babies in China could jeopardize promising research into how to alter heredity to fend off a variety of disorders. Researchers are rapidly learning how to edit DNA to fight such conditions as Huntington's, Tay-Sachs and hereditary heart disease, conducting legally permissible experiments in lab animals and petri dishes without taking the ultimate step of actually creating babies. Now they worry about a backlash against their work, too.