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What is a garbage bag that revolves around the earth? Astronomers have discovered an unusual object remaining after the launch of the rocket



Astronomers are stunned by a piece of mysterious space junk that orbits the earth.

It is believed that debris found just 600 km (373 miles) above the Earth’s surface is the so-called “empty garbage bin”.

It is believed that these are remnants of a rocket launch, but scientists are not sure which rocket it came from.

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WHAT IS “EMPTY OBJECT BAG”?

Empty garbage bags, or ETBO, objects tend to have unpredictable orbit patterns.

Objects are often very light, with a mass of less than one kilogram, but extend for several meters across.

In the case of A10bMLz, this is most likely a piece of metal foil that has gone astray.

Astronomers say it can be difficult to judge where ETBO will drift, because, like in a plastic bag, they have trajectories that "make zigzag movements in an unpredictable way."

Astronomers have many times noticed empty objects from the garbage bag.

Empty garbage bags, or ETBO, objects tend to have unpredictable orbit patterns.

They are stretched for several meters, but have a mass of less than one kilogram.

Scientists say that this artificial satellite is most likely nothing more than a piece of light material, such as metal foil, left after the launch of a rocket.

It was first detected by the Asteroid Last Warning System (ATLAS) in Haleakala, Hawaii, on Friday.

Astronomers from the Northolt Branch observatories in London analyzed the object further to judge that this is most likely an ETBO.

Northolt Branch Observatory is now called the Earth satellite "A10bMLz".

The object is “very light”, but also has a few meters across.

The Earth satellite, referred to as “A10bMLz”, was first detected with a telescope asteroid last collision warning system (ATLAS) in Hawaii on Friday. The Northolt Observatory found that the object (in the photo) is “very light,” but several meters across

The Earth satellite, referred to as “A10bMLz”, was first detected with a telescope asteroid last collision warning system (ATLAS) in Hawaii on Friday. The Northolt Observatory found that the object (in the photo) is “very light,” but several meters across

A10bMLz moved in an unusual retrograde orbit instead of the usual one. It rotates 600 km above the Earth’s surface, but deviates 1.4 times from the Moon.

A10bMLz moved in an unusual retrograde orbit instead of the usual one. It rotates 600 km above the Earth’s surface, but deviates 1.4 times from the Moon.

“This suggests that this is what is known as an“ empty object for a garbage bag, ”explains the Northolt Branch Observatory in its post on Facebook.

“A piece of light material (possibly metal foil) left after the launch of the rocket.

“It’s not yet clear when A10bMLz was launched,” they added.

A10bMLz even more puzzled astronomers, as soon as they noticed that he was moving in a retrograde orbit, and not in reverse orbit.

“It revolves around the Earth in an unusual retrograde orbit, on average, at a distance of 262,000 km,” said Northolt Branch observatories.

“The orbit is very elliptical, with a perigee just 600 km above the Earth’s surface and an apogee 1.4 times further than the moon.”

Astronomers have discovered empty objects from a garbage bag many times before, but the A10bMLz surprised the Northolta Observatory because of its very distant and unpredictable orbit.

Astronomers have discovered empty objects from a garbage bag many times before, but the A10bMLz surprised the Northolta Observatory because of its very distant and unpredictable orbit.

What is space junk?

It is estimated that there are about 170 million units of so-called “space debris” remaining after missions, which can be as large as spent rocket stages, or the same as paint flakes, and about 700 billion US dollars of space infrastructure.

But only 22,000 are tracked, and with fragments capable of moving at speeds of over 27,000 km / h (16,777 miles per hour), even tiny pieces can seriously damage or destroy satellites.

However, traditional capture methods do not work in space, because suckers do not work in a vacuum, and the temperature is too low for substances like tape and glue.

Magnet-based grips are useless because most of the debris in orbit around the Earth is not magnetic.

About 500,000 pieces of artificial garbage (according to the artist) are currently in orbit of our planet, consisting of obsolete satellites, spacecraft and spent rockets.

Most of the proposed solutions, including garbage cans, require or cause forced interaction with garbage, which can push these objects in unforeseen, unpredictable directions.

Scientists point to two events that have greatly exacerbated the problem of space debris.

The first occurred in February 2009, when the communication satellite Iridium and the Russian military satellite Kosmos-2251 accidentally collided.

The second was in January 2007, when China tested anti-satellite weapons on the old meteorological satellite Fengyun.

Experts also pointed to two sites that have become randomly cluttered.

One of them is the low Earth orbit, which is used by satellites, the ISS, the manned missions of China and the Hubble telescope, among others.

The other is in geostationary orbit and is used by communications, weather and observation satellites, which must maintain a fixed position relative to the Earth.

Northolt Branch Observatories Observatories have reported that astronomers have already noticed empty objects from a garbage bag many times, but A10bMLz surprised them with its very distant orbit.

The project Pluto, which makes the software of the planetarium, compared the orbit of an object with the orbit of a plastic bag.

The unpredictable orbit of A10bMLz is probably one of several reasons why astronomers have trouble finding out where the object came from.

“At present we have no idea about the origin of this object,” said the Pluto project.

“This is mainly because its previous trajectory is really unclear. As with an empty trash bag blowing down the street, it can zigzag in an unpredictable way.

To predict the trajectory of an artificial satellite is currently impossible. Astronomers believe that an object may burn when it returns to Earth’s atmosphere within a few months.

To predict the trajectory of an artificial satellite is currently impossible. Astronomers believe that an object may burn when it returns to Earth’s atmosphere within a few months.

"… I do not see any recent lunar fly, and I will not speculate when it can hit the Earth or the Moon or leave the Earth-Moon system," they continued.

Since the object is very light, the Northholt Branch Observatory said that the object moves easily when exposed to solar radiation.

It randomly changes its “orbit” on a time scale from a few days to weeks, making it impossible to predict the direction of movement in the future.

Moreover, the Northolt Branch Observatories believe that the object may burn in the atmosphere of the Earth for several months.


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