#James Webb Space Telescope

#James Webb Space Telescope

The presidential election can dominate our thoughts, but the vastness of the cosmos offers a necessary perspective escape from political anxieties.

A newly discovered black hole is consuming matter at 40 times the Eddington limit, demonstrating extraordinary brightness beyond expected limits.

The newly discovered black hole LID-568 devours matter 40 times faster than the theoretical limit, challenging previous understandings of black hole growth mechanisms.

The star cluster NGC 602 serves as a unique window into the early universe's star formation processes.

The James Webb Telescope provides unprecedented views of star formation in the Small Magellanic Cloud's NGC 602, revealing key characteristics of early universe conditions.

NASA's new JWST image of the Phantom Galaxy reveals crucial insights into stellar formation using advanced observational techniques.

NASA unveils new image of the Milky Way taken by the James Webb Space Telescope, showing needle-like structures that have scientists intrigued.

The image reveals 500,000 stars, protostars, and feathery wisps believed to be emissions from ionized hydrogen.

Scientists are puzzled by the needle-shaped structures and are determined to gather more data to understand them.

The James Webb Space Telescope (JWST) captured new images of the heart of the Milky Way, revealing insights into the origin of the universe.

The images offer clues about how a cosmic environment impacts star formation and show previously unseen details of the galactic center.

JWST's Near-Infrared Camera (NIRCam) captured a dense and abundant star-forming region called Sagittarius C, including a pink pocket of massive protostars.

The James Webb Space Telescope has captured an image of a star-forming region named Sagittarius C, 300 light-years from the Milky Way's central black hole.

The image contains about 500,000 stars and will provide important insights into stellar formation.

The image shows a dense cluster with a massive protostar and smaller infrared-dark clouds where future stars are forming.

The James Webb Space Telescope (JWST) has captured an image of the heart of the Milky Way in unprecedented detail.

The image shows over 50,000 stars and chaotic clouds at the galactic center, providing new insights into star formation in this extreme environment.

JWST's infrared camera, NIRCam, was used to capture the image and detect light from the earliest stars and galaxies in formation.

Nasa's James Webb space telescope has made groundbreaking observations of the planet Wasp-107b.

Wasp-107b is a large but very light planet located 200 light years away from Earth.

The planet features silicate sand clouds and rain, scorching temperatures, raging winds, and the smell of sulphur dioxide.

Scientists have discovered that an exoplanet called WASP-107b has high-altitude clouds composed of tiny sand particles.

This discovery was made possible by the Mid-Infrared Instrument on the James Webb Space Telescope.

WASP-107b's fluffy nature allows scientists to study its atmosphere more deeply than they can with larger, more massive planets.

WASP-107b is a gas giant planet that orbits its star backward, in what astronomers call a retrograde orbit.

Data from the James Webb Space Telescope (JWST) reveals that WASP-107b has a glowing tail of helium and rains molten sand.

Astronomers used JWST's Mid InfraRed Instrument to study WASP-107b's atmosphere and found that it contains water vapor, sulfur dioxide, and dense clouds of silicate.