COGNICURRENT

The asteroid Apophis, which measures about 400 meters in diameter, is set to pass dangerously close to Earth in April 2029, prompting multiple space agencies to prepare missions to study it.

An asteroid measuring up to 80 meters collided with Earth, resulting in a catastrophic explosion that left almost no remnants behind.

A piece of rock from space may hold clues to one of humanity's biggest questions: how life began, with scientists discovering essential components of DNA and RNA in samples from the asteroid Ryugu.

The Calar Alto astronomical observatory in Almería detected a fireball traveling at 108,000 kilometers per hour on the night of March 17.

Japanese scientists found essential nitrogen bases in samples from the Ryugu asteroid, supporting theories on the origins of life on Earth.

Scientists have analyzed samples from the asteroid Ryugu, suggesting that the building blocks of life may have originated from space.

Samples from the asteroid Ryugu confirm the presence of the five molecular building blocks of DNA and RNA, impacting the understanding of life's origins.

An international team of researchers has confirmed the discovery of the five canonical nucleobases in samples from the Ryugu asteroid, highlighting implications for the origins of life on Earth.

A fireball crossed the sky on March 17 in the northeastern United States and Canada, caused by a small asteroid that exploded with the force of 250 tons of TNT, as reported by NASA.

Researchers discovered all five nucleobases essential for the formation of DNA and RNA in samples from the Ryugu asteroid, potentially shedding light on the origin of life on Earth.

Asteroid Ryugu has been found to contain all the fundamental building blocks of genetic material as revealed by analyses of samples collected by Japan's Hayabusa 2 spacecraft.

All nucleotide bases constituting DNA and RNA were detected in samples from asteroid Ryugu, revealing a balanced distribution unlike any previous asteroid or meteorite samples.

A recent analysis of samples from asteroid Ryugu suggests that the building blocks of life could be found throughout the solar system.

A research team has confirmed the discovery of all five nucleobases (AGCTU) in the asteroid Ryugu sand returned by Japan's Hayabusa2, supporting theories about life's origins from space materials.

An asteroid initially thought to have a 4% chance of colliding with the Moon has now been deemed no longer a threat following observations from the James Webb Space Telescope.

An asteroid comparable in size to a city bus, named 2024 EG1, made a close flyby of Earth last night without posing any threat.

An asteroid designated 2026 EG1 will make a close approach to Earth tonight, having been discovered by NASA just days prior.

Scientists confirm that a 40-million-year-old asteroid impact in the North Sea created a mega-tsunami over 330 feet tall, carving a hidden crater beneath the seabed.

NASA's James Webb Space Telescope successfully monitored the asteroid 2024 YR4, confirming it will not collide with the Moon as previously feared.

Asteroid 2024 YR4 is confirmed to not pose any threat to the Moon, easing concerns of a potential collision.

The threat of the massive YR4 asteroid hitting the Moon has been reassessed, suggesting it is no longer a direct threat to Earth.

Scientists at Johns Hopkins University discovered that the nearly indestructible bacterium Deinococcus radiodurans, known as Conan, can survive extreme conditions, leading to theories about its extraterrestrial origins.

Recent research has provided new insights into the hypothesis of lithopanspermia, suggesting that microorganisms could survive asteroid impacts and potentially travel between planets.

NASA's successful DART mission not only altered the orbit of the asteroid Dimorphos but also changed the trajectories of both Dimorphos and its parent asteroid Didymos around the Sun, according to new research.

A recent study confirms that the first asteroid deflection experiment changed not only the orbit of a small asteroid but also affected the solar orbit of the binary asteroid system.

The article discusses humanity's successful alteration of an asteroid's orbit amidst ongoing global conflicts and challenges in addressing terrestrial security issues.

A new experiment provides evidence supporting the hypothesis that life on Earth may have originated from Mars by demonstrating that extremely resilient bacteria can survive asteroid-like impacts.

NASA's research indicates that humanity possesses the capability to alter the trajectory of asteroids, emphasizing the importance of planetary defense.

NASA has successfully altered the orbit of an asteroid in a landmark test for Earth's defense against potential space threats.

The James Webb Space Telescope has determined that the asteroid 2024 YR4, initially thought to threaten Earth and the Moon, will safely pass by the Moon without any impact.

NASA confirmed that asteroid 2024 YR4, previously considered a potential threat to the Moon, is not at risk of collision during its 2032 flyby.

A NASA-targeted asteroid was slightly shifted from its orbit around the Sun following a past impact, potentially aiding future asteroid deflection efforts.

NASA has reported that new analyses have eliminated the possibility of asteroid 2024 YR4 colliding with the Moon in December 2032.

The Web Telescope has confirmed that a giant asteroid, referred to as the 'City Destroyer,' will narrowly pass by the Moon in 2032, avoiding a catastrophic collision.

A research team from Johns Hopkins University discovered that the Earth’s most resilient bacterium can survive extreme pressures comparable to those of an asteroid impact, supporting the panspermia hypothesis of life spreading between planets.

Experts have ruled out the possibility of asteroid 2024 YR4 impacting the Moon on December 22, 2032, based on observations from the James Webb Space Telescope.

Asteroid 2024 YR4 is confirmed to safely pass by the Moon at a distance of 20,000 kilometers in December 2032, alleviating earlier concerns of a potential collision.

Astronomers have confirmed that asteroid 2024 YR4 will pass safely by the Moon, quelling earlier fears of a potential impact.

A Vilnius University astronomer has named an asteroid after St. Casimir, reflecting the historical and religious significance of the figure in Lithuania.

Jonas Thente reviews the new edition of Arthur C. Clarke's classic novel 'Rendezvous with Rama', originally published in 1974, which explores the discovery of an enormous asteroid beyond Jupiter.

Director Ram Gopal Varma expresses immense excitement for the upcoming release of 'Dhoondhar 2', claiming it has the potential to reshape filmmaking and rival the dominance of South Indian films.

The asteroid 'Meizen' has been named after the prestigious Meizen High School in Kurume, Japan, following a naming ceremony led by amateur astronomer Kazuo Watanabe.

Scientists are experimenting with using microbes to extract precious minerals from asteroid materials in microgravity environments.

NASA warns that tens of thousands of asteroids near Earth's orbit could potentially obliterate entire cities, with no current means to avert such a catastrophe.

The article discusses the significance of Asteroid Valentin in astrology, particularly in relation to love and relationships.

The article discusses the potential risks posed by asteroids and explores the controversial idea of using a nuclear explosion to divert a threatening one.

The article discusses an upcoming solar eclipse and its expected effects on personal and emotional aspects of life.

A recently discovered asteroid has raised concerns about a potential impact on the Moon, which could release an energy equivalent to 6.5 million tons of TNT.

New research reveals that samples from the asteroid Bennu contain amino acids, essential building blocks for life, challenging previous notions of their formation.

Recent studies highlight the asteroid Bennu as supporting the panspermia hypothesis, suggesting that life's building blocks may have arrived on Earth from outer space.