The Hayabusa2 probe has captured a picture of a two-headed asteroid
On Sunday (July 5), Japan's space agency JAXA's Hayabusa2 probe conducted a close flyby of the asteroid Torifune, which has a diameter of 450 meters and is currently traveling through space approximately 100 million kilometers from Earth. This was expected to be one of the closest high-speed flybys of an asteroid by any spacecraft ever conducted. During the flyby, Hayabusa2 captured a new image of Torifune using its optical camera and successfully transmitted the image to JAXA controllers. The probe also collected additional scientific data about the asteroid, though these results will be sent back to Earth later. Hayabusa2 used its TIR camera (Mid-Infrared Camera) to capture images of Torifune, allowing scientists to measure the asteroid's surface temperature, thermal inertia, and surface roughness. These images reveal that parts of Torifune that appear shadowed in optical images are much colder, while areas facing the Sun are significantly warmer. Torifune orbits the Sun every 383 days and rotates every five hours. It belongs to the Apollo group, classified as near-Earth asteroids whose orbits intersect Earth's orbit as they move around the Sun. The flyby of Hayabusa2 past Torifu
How each side covered it
The same event, grouped by the political lean of the outlets covering it.
How each side covered it
Support independent, bias-aware news and unlock the social pulse, community voting, and your personalized For You feed.
Become a SupporterCovered around the world
The same event as reported in other countries.
Covered around the world
Support independent, bias-aware news and unlock the social pulse, community voting, and your personalized For You feed.
Become a SupporterClaims check
Key factual claims, and how many sources assert vs dispute each.
Claims check
Support independent, bias-aware news and unlock the social pulse, community voting, and your personalized For You feed.
Become a Supporter0 reports
Keep the news honest.
ObjectiveNews is reader-funded and ad-free — we show you the bias instead of hiding it. Support independent journalism for €5/month.
Become a SupporterRelated stories

What the wool remembers: The carbon secrets locked inside every fleece

Ultra-compact sensor paves the way for more powerful and scalable silicon quantum processors
A new method of fighting antibiotic-resistant bacteria has been discovered

Tiny carbon rings enable a new form of quantum control
