On December 6, 2020, Hayabela2’s Hayabela2 samples dropped Autoroids at Ateroid Ryugu in Asstoid Enterback, after the second-time Samoroid sample returned to Ateroid Tokawa in 2010. But Ho’a 34 has much to give.
That same moment is currently on the way to one of the atmospheric stones, aims to snatch many scientists to cover the nature of the sun. The latest recognition of Asteroid, however, reveals that Hazelus2 may not be able to contact a new target.
ASToid 1998 KY26 is a small organization, Lumpy near the thought-contained object is consisting of a million waterfalls. It rotates very quickly that the day in the rock ends almost soon, when Nasa was finished. Hoo reusal2 is set in Rendezvous with an asteroid in 2031 as part of its extended work to collect a lot of rocks straight to the well.
Now, using many Prensesatories around the world, scientists collect a number of new-meter and they find that they are almost three times and thrown quickly than new thought, according to a new published paper The Environment Communication.
It is not clear to arrive
Studies after new paper include the latest observations with previous radar data, which indicates that asteroid is 11 meters wide, unlike 98 meters. In addition, the Ateroid will probably as soon as possible as the previous data suggested.
“We found out that the truth was completely different from what had been cleansed as,” Toni Santana-Ros, researcher from the University of Alicante, Spain, and a new paper writer, said in a statement. “One day in this asteroid lasts only five minutes!”
First target of Hayabel2 measured by 3,000 meters (900 meters) wide. Spacecraft arrived in Ateroid Ryugu on February 22, 2019, for the first time, the second time, returned the second touchdown in July 2019 to collect unusual samples from their first place. Always before leaving its samples in the world, the Japanese agency (Japan) announced the expansion of Ha’ahabas2 and the second lucky target.
The biggest challenge is expected
Unlike its original target, however, the secondary of Hiahabasation will be a major challenge because of the small size of Asstoid and rotation. The group after the new survey used a large European Southern Southern telescope and other storage instruments 1998 ky26 to prepare for future mission.
“A wonderful story here we find that asteroid size compared to the SPACECRAFT size you will visit! And we were able to do some little things using other things in the future,” says Santana-Ros. “Our ways can have a impact on future future tests or ASTOR MINE.”
This is the most interesting Rendezvous. Now we just have to wait – with impatience – 2031 to come.
