An international team of scientists, including NYU Abu Dhabi researcher Nikolaos Georgakarakos and others from the U.S., Japan, and China, led by Jian Li from Nanjing University, has developed new insights that may explain the numerical asymmetry of the L4 and L5 Jupiter Trojan swarms, two clusters containing more than 10,000 asteroids that move along Jupiter's orbital path around the sun.

A cash flow cascading from the heavens is a provisionary but promising harvest from asteroid mining. It's already a "claim jumping" enterprise with assertions that billions, trillions, even quadrillions of dollars are looming in deep space, ripe for the picking and up for grabs. Several space mining groups, eager to dig into extraterrestrial excavation of asteroids, have already come and gone. Left behind are torn, tattered and beleaguered business plans.

Things go bump in the cosmic night all the time. Rocky objects collide in planetary systems across our galaxy, providing astute astronomers with telltale signatures of warmly glowing dust from these grinding impacts. Stellar remnants like neutron stars can crash together unleashing bursts of searing gamma-rays, and even black holes can collide and coalesce in events marked by the gargantuan ringing of spacetime as energy ripples outward in gravitational waves.

Traditional mining has been subject to a negative stigma for some time. People, especially in developed countries, have a relatively negative view of this necessary economic activity. Primarily that is due to its environmental impacts—greenhouse gas emissions and habitat destruction are some of the effects that give the industry its negative image.

Massive asteroids could one day be home to future space colonizers. That's because a team of scientists from the University of Rochester published, what they call, a "wildly theoretical paper" outlining how we could one day use asteroids as massive city-sized space habitats.

Scientists continue to pore over the results of NASA’s stunningly successful DART test to deflect a harmless asteroid. As the latest findings suggest, the recoil created by the blast of debris spewing out from Dimorphos after impact was significant, further boosting the spacecraft’s influence on the asteroid.

The area between Venus and Earth is hard to observe because of the Sun's glare. This newly-observed space rock took astronomers by surprise

A team of researchers has detected a trio of near-Earth asteroids in the inner solar system, one of which is the largest found since 2014 that poses a potential risk to the planet. The asteroids remained undetected until now because they occupy a region of the sky hidden by the Sun’s glare.

Three new asteroids have been discovered, one of which astronomers have said could have “a devastating impact on life as we know it” and could potentially lead to a “mass extinction event”. Here’s what we know about ‘2022 AP7’ A team of astronomers has discovered three massive near-Earth asteroids hiding in the glare of the Sun. Of these, one called 2022 AP7 is believed to be the largest planet killer-sized asteroid to be spotted in nearly a decade, and is “potentially hazardous” to Earth.

NASA has succeeded in changing the orbit of asteroid Dimorphos. NASA crashed its Double Asteroid Redirection Test spacecraft, aka DART, into Dimorphos a few weeks ago to test one possible method of protecting Earth from a dangerous body on a collision course with our planet.

A NASA spacecraft successfully changed an asteroid’s orbit by intentionally smashing into it last month, agency officials confirmed Tuesday. NASA said data obtained over the past two weeks showed that the DART probe’s impact with a small, harmless space rock known as Dimorphos did manage to alter its trajectory.

A NASA spacecraft has smashed into an asteroid as part of a mission to protect Earth. The asteroid called by the name “Dimorphos” was smashed by an unnamed rocket launched by NASA. The asteroid, Dimorphos was smashed just as an example of how the Planet Earth can be saved when real big asteroids come towards the earth. Dimorphos was 560ft wide. Dimorphos was no real threat to the earth but was a part of an experiment.

Specks of dust retrieved by a Japanese space probe from an asteroid some 300 million kilometres from Earth have revealed a surprising component: a drop of water, scientists said Friday. The discovery offers new support for the theory that life on Earth was seeded from outer space.

The U.S. space agency will launch a spacecraft next month on a mission to slam into an asteroid in October, and scientists are hopeful the impact will create a small crater that could help them learn how to better defend against future threats.

When NASA's Double Asteroid Redirection Test (DART) slams into the tiny asteroid Dimorphos, it will be our first attempt to demonstrate our ability to deflect dangerous incoming asteroids.

Water may have been brought to Earth by asteroids from the outer edges of the solar system, scientists said after analysing rare samples collected on a six-year Japanese space mission. In a quest to shed light on the origins of life and the formation of the universe, researchers are scrutinising material brought back to earth in 2020 from the asteroid Ryugu.

Astronomers say that a bunch of asteroids could hide in the Sun’s glare. These near-Earth asteroids would most likely be objects we’ve never detected, as most telescope systems look outward from our Solar System. Recent surveys have revealed never-before-seen asteroids hiding near Venus and other planets in our Solar System.

A new simulation of NASA's Double Asteroid Redirection Test (DART) mission suggests that rather than leaving a crater behind, the DART impactor could severely deform the small asteroid it will collide with.

The European Space Agency (ESA) plans to launch a unique comet-chasing mission in 2029. The mission, called Comet Interceptor, was approved on Wednesday (June 8) at ESA's Science Programme Committee meeting. It will be a collaboration between ESA and the Japan Aerospace Exploration Agency (JAXA).

China’s space capabilities have grown tremendously over the past decade, with lunar landings and sample returns, its own version of GPS, space science missions, a new, under-construction space station, and a first interplanetary expedition — Tianwen-1 — to Mars.