Cosmic Dust
-
{
- All
- News
-
NASA Shares Image Revealing Egg Nebula's "Yolk" Star And Dust Cloud
According to astronomers, these types of aging stars produce large amounts of cosmic dust and spread it into space.
-
NASA’s Hubble Captures Rare Pre-Planetary Transformation as Twin Beams of Light Pierce the Cosmic Dust
A new Hubble image reveals twin beams blasting from a hidden dying star inside the Egg Nebula, a rare pre-planetary phase. The symmetrical arcs and glowing lobes show how Sun-like stars shed dust and gas before forming planetary nebulae, offering scientists a rare glimpse into stellar evolution.
-
ISRO Shares Details On Cosmic Dust Particles That Hit Earth Every Thousand Seconds
DEX-like instruments are crucial in planetary exploration as they can help study the atmospheres of planets.
-
James Webb Telescope Finds Rare Cosmic Dust in One of the Universe’s Most Primitive Galaxies
A breakthrough has been made in the area of astrophysics as NASA’s James Webb Telescope has spotted two rare kinds of dust in the Early-Universe Analog.
-
Interstellar Comet 3I/ATLAS Nears Earth on Dec. 19, Offering Rare Insights Into Cosmic Visitors
Interstellar comet 3I/ATLAS will make its closest approach to Earth on Dec. 19. Observing the comet provides scientists a rare opportunity to study dust and gases from its icy nucleus and learn more about material forming around other stars, expanding understanding of interstellar objects while posing no threat to our planet.
-
Scientists Inch Closer To Solving Cosmic Dust Mystery On Distant Star
The discovery of Kappa Tucanae A's companion star provides a unique "laboratory" for studying hot exozodiacal dust.
-
Chang’e-6 Lunar Samples Reveal Water-Rich Asteroid Fragments
Analysis of Chang’e-6 lunar dust uncovered microscopic carbonaceous chondrite fragments—evidence of water-bearing asteroids that once struck the Moon. The discovery indicates a far greater delivery of water and organics to Earth and the Moon than thought, helping scientists refine theories about the solar system’s early volatile sources.
-
James Webb Telescope Unveils Hidden Star-Forming Regions in Sagittarius B2
New JWST observations reveal the hidden star-forming activity inside Sagittarius B2, the Milky Way’s largest molecular cloud. By seeing through dense dust, astronomers can study how stars form efficiently in extreme environments. These findings help explain not only Sgr B2 but also broader mechanisms shaping galaxies.
-
Russia Launches Bion-M No.2 with Mice, Flies, and Seeds to Study Space Biology
Russia’s latest resupply mission to low-Earth orbit has delivered a unique scientific cargo: 75 mice, 1,000 fruit flies, microbes, cell cultures, and plant seeds aboard the Bion-M No.2 biosatellite. Over the next month, these organisms will orbit Earth, helping scientists study how microgravity and cosmic radiation affect life. Some mice are gene...
-
Hubble Finds Cosmic Dust Coating Uranus’ Moons, Not Radiation Scars
New Hubble Space Telescope observations have upended decades of expectations about Uranus’ moons. Scientists once thought the planet’s magnetic field darkened their backsides with radiation, but the latest data shows Titania and Oberon are collecting space dust on their leading sides instead. This “cosmic bug splatter” effect suggests dust ...
-
NASA Shares Image Revealing Egg Nebula's "Yolk" Star And Dust Cloud
According to astronomers, these types of aging stars produce large amounts of cosmic dust and spread it into space.
-
NASA’s Hubble Captures Rare Pre-Planetary Transformation as Twin Beams of Light Pierce the Cosmic Dust
A new Hubble image reveals twin beams blasting from a hidden dying star inside the Egg Nebula, a rare pre-planetary phase. The symmetrical arcs and glowing lobes show how Sun-like stars shed dust and gas before forming planetary nebulae, offering scientists a rare glimpse into stellar evolution.
-
ISRO Shares Details On Cosmic Dust Particles That Hit Earth Every Thousand Seconds
DEX-like instruments are crucial in planetary exploration as they can help study the atmospheres of planets.
-
James Webb Telescope Finds Rare Cosmic Dust in One of the Universe’s Most Primitive Galaxies
A breakthrough has been made in the area of astrophysics as NASA’s James Webb Telescope has spotted two rare kinds of dust in the Early-Universe Analog.
-
Interstellar Comet 3I/ATLAS Nears Earth on Dec. 19, Offering Rare Insights Into Cosmic Visitors
Interstellar comet 3I/ATLAS will make its closest approach to Earth on Dec. 19. Observing the comet provides scientists a rare opportunity to study dust and gases from its icy nucleus and learn more about material forming around other stars, expanding understanding of interstellar objects while posing no threat to our planet.
-
Scientists Inch Closer To Solving Cosmic Dust Mystery On Distant Star
The discovery of Kappa Tucanae A's companion star provides a unique "laboratory" for studying hot exozodiacal dust.
-
Chang’e-6 Lunar Samples Reveal Water-Rich Asteroid Fragments
Analysis of Chang’e-6 lunar dust uncovered microscopic carbonaceous chondrite fragments—evidence of water-bearing asteroids that once struck the Moon. The discovery indicates a far greater delivery of water and organics to Earth and the Moon than thought, helping scientists refine theories about the solar system’s early volatile sources.
-
James Webb Telescope Unveils Hidden Star-Forming Regions in Sagittarius B2
New JWST observations reveal the hidden star-forming activity inside Sagittarius B2, the Milky Way’s largest molecular cloud. By seeing through dense dust, astronomers can study how stars form efficiently in extreme environments. These findings help explain not only Sgr B2 but also broader mechanisms shaping galaxies.
-
Russia Launches Bion-M No.2 with Mice, Flies, and Seeds to Study Space Biology
Russia’s latest resupply mission to low-Earth orbit has delivered a unique scientific cargo: 75 mice, 1,000 fruit flies, microbes, cell cultures, and plant seeds aboard the Bion-M No.2 biosatellite. Over the next month, these organisms will orbit Earth, helping scientists study how microgravity and cosmic radiation affect life. Some mice are gene...
-
Hubble Finds Cosmic Dust Coating Uranus’ Moons, Not Radiation Scars
New Hubble Space Telescope observations have upended decades of expectations about Uranus’ moons. Scientists once thought the planet’s magnetic field darkened their backsides with radiation, but the latest data shows Titania and Oberon are collecting space dust on their leading sides instead. This “cosmic bug splatter” effect suggests dust ...
