Astronomy
Solar Orbiter gets world-first views of the Sun’s poles
Thanks to its newly tilted orbit around the Sun, the European Space Agency-led Solar Orbiter spacecraft is the first to image the Sun’s poles from outside the ecliptic plane. Solar Orbiter’s unique viewing angle will change our understanding of the Sun’s magnetic field, the solar cycle and the workings of space weather.
Can we stop big tech from controlling the internet with AI agents?
Can we stop big tech from controlling the internet with AI agents?
Solar Orbiter Captures the First-Ever Images of the Sun’s South Pole
Solar Orbiter isn’t the first spacecraft to study the sun’s poles—but it’s the first to send back photographs
'Impossible' particle that hit Earth may have been dark matter
'Impossible' particle that hit Earth may have been dark matter
Looking for a last-minute Father's Day gift? These Bushnell binoculars are brilliant value with this $60 price cut
The arid air of Death Valley may actually be a valuable water source
The arid air of Death Valley may actually be a valuable water source
Why Some Animals Live for Days and Others Live for Decades
Could the spectrum of animal lifespans hold clues about the science of aging?
Cosmic rings reveal new planet being born | Space photo of the day for June 11, 2025
June's Strawberry Moon treats skywatchers to a rare low-riding show (photos)
LIVE NOW: Sun Close up Views/ 11th JUNE Backyard Astronomy with Lunt Telescope
Astronomers see the 1st stars dispel darkness 13 billion years ago at 'Cosmic Dawn'
ESA Impact: Pick of our spring space snaps
ESA Impact: Pick of our spring space snaps
Propellant leak delays SpaceX launch of private Ax-4 astronaut mission to the ISS
Titan May be the Liveliest Place in the Solar System
Titan has no liquid water whatsoever on its surface. But it does have liquids. Seas, lakes, streams, rivers…of methane and ethane.
This Massive Gas Giant Orbiting a Tiny Red Dwarf Tests Our Planet Formation Theories
The discovery of a Saturn-sized gas giant orbiting a small red dwarf is urging astronomers to reconsider their theories of planet formation. Core accretion theory is the most widely accepted explanation for planetary formation. It describes how planet formation begins with tiny dust grains gathering together and forming planetary cores that grow larger through accretion. It explains much of what we see in our Solar System and others. This discovery introduces some doubt.