How to see comet C/2017 K2 (PanSTARRS)

Let’s say you’re not the person in your social group who can tag Astrophysical errors in the opening shot from the movie Contact. But let’s tell you too be A person can easily spot the Big Dipper on a moonless night. In that case, you are in the right place to ask yourself, “Hey, what’s the deal with that comet people were talking about that day? Can I still see it? “

C/2017 K2 (PanSTARRS), sometimes called K2 “megacomet”, approached Earth on Thursday 14 Julyat a distance of about 168 million milesAbout 1.8 times the distance between the Earth and the Sun. Stargazers using telescopes have been tracking him for a while and Watching his tail grow the closer he getsAnd now Earth is waving goodbye to the comet as it departs. But if you’re reading this and it’s still summer, the now receding comet is currently moving in a direction that will bring it closer to the sun, and there’s a good chance you can still look at it if you have one, or a telescope can be borrowed.

What is C/2017 K2 (PanSTARRS)?

The comet appears to have originated in the Oort cloud, a potential collection of ice and rock that truncates the last of the planets at the edge of our solar system. Parts are too faint to be seen – even with James Webb Telescope – which is why we can only assume that an Oort cloud ever existed (it’s a very educated guess, so there’s no need for it to become a reality Oort cloud).

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The Sun’s gravity sometimes pushes one of these parts out of its comfort zone in the Oort Cloud into our common, and then it’s showtime. When sunlight causes comets to release gases, that’s how they get their apparent glow, sometimes becoming visible to the naked eye – although C/2017 K2 (PanSTARRS) is Not Looks like he’s going to be one of those cosmic pigs to pay attention to anytime in the near future.

But what makes Comet K2 unique is that while other comets appear, time and time again, this comet appears to be First trip to our inner solar system. This unusual situation appears to have made the gas aura so huge and bright because it meant that high concentrations of gas had been expelled.

Does this mean that this comet is heading towards Earth?

Our research indicates that netizens looking for information about this comet are also checking to see if it will kill us all – perhaps because they recently I watched a Leonardo DiCaprio movie about it. The short answer to this question is: Relax. A collision between this comet and Earth is not even a remote possibility. Yes, it was discovered by Ace comet watchers at the Panoramic Survey Telescope and Rapid Response System (PanSTARRS) in Hawaii, in 2017, and this outpost is A vigilant guardian of the earth, to make sure that there are no “deadly objects near the Earth” that surprise us. But this has not been reported as a potential risk. Moreover, as I said before: he is now moving away from us, and not closer.

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How do I see this comet?

If you are new to this, it may take some trial and error. You’ll be very lucky if you can catch a quick glimpse of the comet on your first night with your new telescope.

Start any night you can see the stars, and get used to finding the constellation Ophiox, the bearer of the snake. When you find him, he will be the culprit A small spot in this constellation. You can practice this on your computer using the interactive sky chart at With the help of a husband More detailed star chart, you should be able to find star cluster IC 4665 inside Ophiuchus. Search for gathering This kind of, sort of, if you stare, seems to spell “hello,” and that’s IC 4665.

You’ll want the sky to be as dark as possible on the night that C/2017 K2 (PanSTARRS) detects, so look just before the moon rises – which you can spot by looking at a chart Moon information for your areaOr wait until the new moon. This can make timing tricky, so find out what works for you.

From our viewpoint on Earth, C/2017 K2 (PanSTARRS) is a moving target within the Ophiuchus, traveling through or near IC 4665, and moving around Slightly less than the diameter of the full moon Every night. Detecting it will involve pointing your scope toward the correct stellar region, then searching up, down, and everywhere. If you have a powerful telescope, you may be able to see the tail, while a comet viewed through a weaker telescope will look like a glowing ball of fuzz.

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Or, since comets are so unpredictable, there’s always the possibility that as they get closer to the Sun between now and December, some unknown chemical reaction on the comet itself will automatically brighten it, making it more noticeable. It can even become so bright that it can suddenly be seen without a telescope, as happened with Comet Holmes in 2007. However, most sources say You have until the end of summer to discover it. Good luck out there this summer, and be sure to wear mosquito repellent.

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