It seems like every week, researchers are finding more and more interesting exoplanets. Many of them have analogs in our own solar system – hot Jupiter or Super Earth are commonly used as descriptions. However, there is a feature of a solar system that doesn’t exist in our solar system but might somewhere out in the galaxy – a Trojan planet. Now researchers from the Centro de Astrobiologia in Madrid and colleagues in the UK, EU, and US have found what they believe to be the first possible evidence of a Trojan planet.
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'Hidden' photons could shed light on mysterious dark matter
A new super-cool technique could shed light on a hidden dark matter candidate known as 'dark photons.'
This Planet Might Have a Sibling Sharing Its Orbit
Astronomers have spotted the first solid evidence for a planetary Trojan body forming in another system outside our own.
Join the Sith and hunt Jedi in 'Star Wars: Inquisitor: Rise of the Red Blade' (exclusive)
Award-winning sci-fi fantasy author Delilah Dawson turns to the dark side in her new novel "Star Wars: Inquisitor: Rise of the Red Blade."
Did That Message Come From Earth or Space? Now SETI Researchers can be Sure
In radio astronomy, there are lots of natural radio signals to observe. The glow of hydrogen gas, the swirl of electrons along a magnetic field, or the pop-pop-pop of pulsars. These signals usually have a very natural character to them, so astronomers can distinguish them from the artificial chirps and chatters of terrestrial sources. But when you’re looking for the signals of alien civilizations, things can get more tricky. They should have an artificial character similar to the radio signals of humans. So how can astronomers distinguish between the distant artificial signal and the local ones?
Weirdly 'slow' neutron star challenges our understanding of stellar corpses
Astronomers have observed a 'slow' magnetar releasing bursts of radio waves every 22 minutes. The strange neutron star could change our perception of these extreme stellar corpses.
James Webb Space Telescope makes 1st detection of diamond-like carbon dust in the universe's earliest stars
The James Webb Space Telescope has observed carbon dust in distant and early galaxies in a discovery that could challenge theories regarding the formation of cosmic dust in the infant universe.
1st evidence found for ‘Trojan planet’ worlds occupying same orbit
Astronomers have found the first evidence of a so-called 'Trojan planet,' in the form of a young Jupiter-like world that's being tailed by a cloud of dust twice as massive as Earth's moon.
Star Birth and Death Seen Near the Beginning of Time
Until recently, astronomers could not observe the first stars and galaxies that formed in the Universe. This occurred during what is known as the “Cosmic Dark Ages,” a period that took place between 380,000 and 1 billion years after the Big Bang. Thanks to next-generation instruments like the James Webb Space Telescope (JWST), improved methods and software, and updates to existing observatories, astronomers are finally piercing the veil of this era and getting a look at how the Universe as we know it began.
1st Barbie dolls to fly into space make their debut at Smithsonian Air and Space Museum
The National Air and Space Museum debuted the first Barbie dolls to fly in space. They appear to be like all of the other Barbie "Space Discovery" dolls found in stores, and that may be the point.
Astronomers Find Mysterious, Slowly Pulsing Star
An unidentified source has been beaming out a pulse of radio waves every 22 minutes since 1988.
Webb sees carbon-rich dust grains in the first billion years of cosmic time
For the first time, the NASA/ESA/CSA James Webb Space Telescope has observed the chemical signature of carbon-rich dust grains at redshift ~ 7 [1], which is roughly equivalent to one billion years after the birth of the Universe [2]. Similar observational signatures have been observed in the much more recent Universe, attributed to complex, carbon-based molecules known as polycyclic aromatic hydrocarbons (PAHs). It is not thought likely, however, that PAHs would have developed within the first billion years of cosmic time.
Sold-out Taylor Swift concert spied from space (satellite photos)
A BlackSky satellite captured a series of shots leading up to Taylor Swift's July 15 show in Denver, showing the stadium and its parking lot filling up.
BetaFPV Cetus X review: An exceptional FPV drone for beginners
Enter the immersive world of FPV drones with the BetaFPV Cetus X, a great ready-to-fly kit that can help to take you from zero to FPV hero in a convenient and cost-effective package.
Rocket Lab recovers Electron booster from Pacific Ocean after satellite launch (photos)
Rocket Lab pulled one of its boosters from the sea after a launch on Monday (July 17), taking another step toward rocket reuse.
Secret Invasion season 1 episode 5 review: Pain and Fury
Ahead of its finale, Marvel's Secret Invasion puts some pressure on its villains and gives Nick Fury and the other heroes a fighting chance.
Here's how ISS astronauts jettison old space station hardware (video)
With a thumbs-up, NASA astronaut Woody Hoburg showed how space station astronauts use a Canadian robotic arm to safely throw away old space station equipment.
Replay: Aeolus reentry media briefing
Video: 00:45:00
After completing its mission in orbit, ESA’s wind mission Aeolus will soon reenter Earth's atmosphere. Currently orbiting 320 km above, Aeolus is being kept in orbit with its remaining fuel. This fuel is running out, and the satellite will soon succumb to Earth’s atmosphere and gravity.
Scientists discover 'glitched' neutron star that obliterated an asteroid, then fired off a brilliant explosion
A powerful magnetic neutron star, or magnetar, "glitched" when it destroyed an asteroid, causing it to blast out a fast radio burst and change rotational speed.
You can see Mars, Venus and Mercury near the crescent moon tonight. Here's where to look.
Mars, Venus and Mercury will appear close to a thin crescent moon tonight (July 19), but you'll need to get out right at sunset to make the most of this grouping of inner solar system bodies.
The clays of Mawrth Vallis
ESA's Mars Express has revisited an old favourite: the distinctive and fascinating Mawrth Vallis, one of the most promising locations on Mars in our search for signs of life.
