[ad_1]
There are many things visible in the night sky when you see through a telescope. There you will see a lot of cool things like a lot of distant stars included there, but there is something that is hidden between two of them and that could pose a threat if we ever decide to leave our solar system. A new study has been done which suggests that interstellar space is actually full of tiny particles of fat and greasy fat that could threaten future missions in deep space.
The space between the stars is filled with the variety of materials the scientists think. "Dust", that is, the space is filled and made up of a number of different things, which may include greasy carbon-based molecules, and this current research allows to guess how much it is. Spoiler: That's a lot.
Research has focused on the form of fatty carbon compounds, which was published in monthly leaflets of the Royal Astronomical Society. The conditions were recreated by the scientist under which they believe the compounds are expelled from carbon stars, which they discovered for every one million hydrogen atoms created, with them approx. 100 goop carbon atoms
"Because we have it in our hands, we have been able to use a variety of techniques to understand how much this greasy carbon absorbs light," Schmidt said at the time. ABC
. "And then we can tell you how much carbon there is in the line of sight of the different stars, and that gives us an image of the total amount of carbon in the space."
Applying this report on a celestial scale, the figure was given by research that they consider for, for example, 40 billion trillion tons of fat, goop dirty floats among the stars of the Milky Way . It's pretty much all the dirtiness of the space that has to face it and if humanity masters the art of traveling at unbeatable prices, it could build on the outside of the spacecraft and fundamentally hinder progress.
we can even see distant stars if there is so much waste in the space "? And the answer is there and very simple" The dust from the space is really only a fine haze of particles, some of which is carbon, but it is so fine that it does not dramatically affect our ability to see light from distant objects. especially in the mbadive distances between many celestial bodies, which leads to the huge figure that scientists have found with these fine particles can really add up. "
Source link