Scientists investigate why small asteroid is picking up speed

Fox - Fox 29
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Nov 13, 2026
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Video Summary
AI GeneratedAn asteroid named 1998 KY26 is expected to pass Earth in 2028 at a safe distance of 33 million miles. While it is not a threat, scientists are investigating why the asteroid gains additional speed beyond what gravity explains. Researchers are exploring theories like solar radiation pressure and thermal radiation to solve this cosmic mystery.
This is quite interesting. There is an asteroid that is expected
to pass by Earth in a couple of years here, 2028 to be exact.
But the big question is, why is this asteroid picking up speed?
Let's get to Amy Gallo. She's joining us from Cape Canaveral.
Should we be concerned here, Amy?
Hi, Thomas. Look, despite what you're seeing online,
some of those headlines telling you that this asteroid
is heading straight towards Earth, the reality is it's going
to pass by us at a safe distance around 33 million miles away.
First of all, nothing is about to hit us, to be very clear on this.
There is an asteroid out there that I think some of the UAP community,
if you will, is observing it
and thinks it's making some unusual maneuvering out there.
I've not seen any evidence to suggest this is a threat to our planet
or anything other than an asteroid.
I promise you we'll keep our eyes on it.
The asteroid first discovered in 1998 is dubbed 1998 KY26.
It's 36 feet wide and orbits the sun
roughly every 500 days. And just like all objects in orbit,
1998 KY26 speeds up as it moves closer
to the sun and then slows down as it moves farther away.
But during each approach, this asteroid
picks up some additional speed that cannot
be explained by gravity alone. Earlier theories
Suggested that as the.
As the asteroid got closer to the sun,
heat turned its ice into steam, causing it to move
faster, almost like a rocket.
But Georgia Tech researchers say this is unlikely
because the asteroid's surface temperature
is too hot.
It's kind of like detective work.
We're just kind of crossing things off as to what the cause could be.
So the solar radiation pressure seems very promising.
It's kind of like a ball bouncing off a wall, in a sense.
So the momentum was going this way,
and now it's going this way for the light.
Also, thermal radiation is infrared light.
So when something is cooling off,
it's also giving off particles that have momentum with them.
Now because this asteroid is so small these theories
are all based on simulation models but
there is a Japanese space probe making its way to the asteroid now
and it should give us some
more concrete answers.
The bad news is that'll have to wait at least another five years for us
to get some more information. Back to you.
Yeah the great unknown. Do you know, I know it's a
couple of years away, is this something
the asteroid will be able to see with the naked eye?
Probably not. This is just 36 feet about in length, right?
So it's very small. We're
talking like a school bus in size.
So we won't be able to see it with the naked eye. We certainly
won't be able to see it with any sort of backyard telescope
that you own. But a highly sophisticated
telescope might be able to get a look at it.
So I'm sure that this is going to be a good
moment for scientists that are here working to get some answers.
Absolutely. Yeah, perhaps if you're able to see with the naked eye,
it's a little too close to Earth. Amy Galliforce in Cape Canaveral.
We appreciate it, Amy. Thank you so much.
