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Title is not misleading

Content is matching the title

The author did not write anything suspicious

Most of the article is describing the James Webb telescope

Conclusion: This are real news

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Imagine you are flipping through the pages of your old family photo album. You start from the back. You arrive at the planet pinata party photos from your fourth birthday and even some of you as a toddler. But then you realize that before this, there are no pictures. Your life has been captured only from the time you were already out of babyhood.

Then someone comes and offers to reveal some earlier pictures of you as a baby. You probably would want to see them.

Now imagine you were offered the chance to see such pictures for the whole universe. And that's exactly what the new and impressive James Webb Space Telescope, finally scheduled for launch on December 18, 2021, promises to give us, in all likelihood drastically changing our understanding of the cosmos.

Telescopes allow us to see faraway objects. Most use mirrors to gather and focus light. And the bigger the mirror, the more powerful the telescope is. You find them on hills and in deserts but also mounted on satellites. Being in space means there is no more distortion due to the Earth's atmosphere. This results in sharper and higher-resolution images.

But why are space telescopes important, and why should we care?

The accomplishments of the Hubble Space Telescope can probably give some convincing reasons. Besides, it would be hard to talk about the James Webb without talking about the Hubble.

The legacy of the Hubble

For many of us, the emblematic Hubble Space Telescope (HST) was our window into space. It showed us how incredibly huge, dazzling and sometimes weird and even scary the universe can be. It provided stunning and colorful images of gas clouds that reminded us of animals, and of galaxies of all sorts and shapes.

But the Hubble gave us much more than pictures: It also enabled us to give a better estimate of the age of the universe - about 13.8 billion years. The Hubble was also crucial for confirming that, contrary to what many scientists previously believed, the universe is expanding at an accelerated rate.

Back to our photo album. The Hubble's Deep Field images gave us an unprecedented look at the oldest and remotest objects known so far in the universe, billions of light-years away. Because light takes time to travel long distances, we see very distant objects as they were billions of years ago. With the Hubble, we could go only as far back as the "toddler pictures" of the universe, around 400 million years after the Big Bang.

If this is what we accomplished with the Hubble, what wonderful new things will we be able to see and learn with the new James Webb Telescope, the biggest and most complex and elaborate space telescope ever built?

The 'baby pictures' of the universe

It has been almost 20 years since the James Webb's original planned launch date. Many technological advances and even new inventions were needed for the telescope's completion. The project faced many challenges and delays, but it is now ready and definitely worth waiting for. Here is why.

The Webb has the largest primary mirror that will ever have been sent into space. Consisting of 18 gold-plated hexagonal smaller mirrors, it's more than six times the size of the Hubble's. But it also has improved sensitivity and observes in infrared light, while the Hubble observes mainly in visible light, the sort you and I can see.

The launch of the telescope has been delayed many times

All warm bodies emit infrared radiation, even you and I. Infrared is also used in TV remotes, night vision cameras, and meteorology and weather satellites. And being able to observe in infrared light means that the Webb can see much more distant and older objects. That is because, in part thanks to the Hubble, we know that the farther these objects are from us, the more their light shifts towards the infrared. Discovering new things by building on previous discoveries: That is science.

If we want to look at the very earliest stars and galaxies, we thus need to observe them in infrared light. The Webb will be the first telescope to see the most distant galaxies and get a glimpse of what the universe looked like around 250 to 100 million years after the Big Bang - the first "baby pictures" of the universe, perhaps the first galaxies.

Seeing through clouds

But looking in infrared light has another benefit: It enables one to see through dust clouds.

The tiny particles in these clouds are very good at blocking visible light. We can't see through them with our eyes, just as we can't see any stars on a very cloudy night here. And neither can the Hubble.

But infrared light is much less affected, so with the James Webb Telescope, we will be able to penetrate and look past these dust clouds not only to see what is behind them, but also to take a better look at the formation of stars and planets.

Space telescope launch: A unique challenge

The Webb's gigantic size presents a huge challenge. It is no simple task to send a telescope with a 6.5-meter-wide (21-foot-wide) mirror into space, especially when the rocket that will carry it up, an Ariane 5, can't carry anything broader than 5 meters wide.

This is why the telescope had to be designed to be able to fold like a gigantic high-tech billion-dollar piece of origami so it would fit into the rocket. Additionally, because the telescope can function only at near absolute zero temperatures (-223° C), it required a tennis-court-sized five-layered sunshield to cover it from sunlight and insulate it from the sun's heat. And that sunshield must also be able to fold and then unfold once in position - another amazingly difficult engineering problem.

The orbit of the James Webb telescope will be five times further from the Earth than the orbit of the moon

Shortly after launch, the complex and subtle tango of the telescope's unfolding will begin - a tango that will take three weeks to perform. During this time, the control team on Earth will have to remotely unfurl the first parts of the Webb, an operation that must be carried out with great precision and timing. Everything has to work perfectly, even after the violence of the launch. There is no room for error: Because the telescope's final destination is 1.5 million kilometers (932,000 miles) from Earth, if something doesn't work or breaks down, there will be no chance for repair missions.

Telescopes like the Webb give us access to unseen parts of the universe, hidden stars and planets and new worlds, and provide us with the chance to make new discoveries. With the promise of observing the formation of galaxies, the birth of stars and planets and the appearance of the very early universe, the Webb mission seems likely to come up with intriguing and fascinating insights.

The Webb will definitely deepen and perhaps even change our understanding of the universe, its origin and early days. What new things are we going to discover? What new astonishing pictures will inspire the next generation of astronomers and science enthusiasts?

So remember this date - December 18, 2021 - and cross your fingers that it all goes well, as this could be the day when our view of the universe might change forever.

A look back at Hubble's best images

Space smiley

This, by the way, is another one of Hubble's creations - a space smiley! The easy explanation? It was made by bending light.

Author: Judith Hartl (glb)

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James Webb: Our best-ever space telescope is set for launch | DW | 03.11.2021

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Imagine you are flipping through the pages of your old family photo album. You start from the back. You arrive at the planet pinata party photos from your fourth birthday and even some of you as a toddler. But then you realize that before this, there are no pictures.

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The content matches the title

There are no grammar mistakes or mistyping

The source is reliable and the url is matching the official site of CNN(in this case)

So it's real news

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biden to announce release of oil reserves as part of effort to lower gas prices - cnnpolitics

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Biden to release oil reserves to combat high gas prices

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President Joe Biden on Tuesday will announce the release of emergency oil reserves to combat high energy prices ahead of the busy holiday travel season, but it will be weeks before the barrels hit the market.

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it is fake because the title is eye catching and also the advertisement doesn't mention that this item can be dangerous for kids or for elderly.... Omitted information about it.

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it is fake because the title is eye catching and also the advertisement doesn't mention that this item can be dangerous for kids or for elderly.... Omitted information about it.

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1. The title matches with the content
2. There are no grammar mistakes
3. The article is from a reliable website
- in conclusion, the article is real

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For the first time in history, an Airbus A340 plane has landed on (CNN) - Antarctica.

Hi Fly, a boutique aviation company, was behind the flight. The company specializes in wet leases, which means they hire out both aircraft and air crew and are responsible for handling insurance, maintenance and other logistics.

Hi Fly 801 took off from Cape Town, South Africa on Tuesday, November 2.

The plane was commissioned by Wolf's Fang, a new upscale adventure camp on the world's southernmost continent, and brought much-needed supplies to the resort. Wolf's Fang is a new project from high-end Antarctica tourism company White Desert.

The crew of Hi Fly 801 (and its return trip to Cape Town, Hi Fly 802) was led by Captain Carlos Mirpuri, who is also Hi Fly's vice president.

Each flight took between five and five and a half hours, and the team spent less than three hours on the ground in Antarctica, covering 2,500 nautical miles.

The blue-ice runway at the Wolf's Fang property is designated a C Level airport, despite not technically being an airport. That means that only highly specialized crew can fly there due to challenging conditions.

"The cooler it is the better," Mipuri explained in his captain's log.

"Grooving is carved along the runway by special equipment, and after cleaning and carving we get an adequate braking coefficient; the runway being 3,000 meters long, landing and stopping an A340 that heavy on that airfield wouldn't be a problem."

Although the blue ice is gorgeous, it can also be concerning for pilots because of its glare.

Mipuri added: "The reflection is tremendous, and proper eyewear helps you adjust your eyes between the outside view and the instrumentation. The non-flying pilot has an important role in making the usual plus extra callouts, especially in the late stages of the approach."

The first recorded flight to Antarctica was a Lockheed Vega 1 monoplane in 1928, piloted by George Hubert Wilkins, an Australian military pilot and explorer. He took off from Deception Island in the South Shetland Islands. The project was funded by William Randolph Hearst, the wealthy American publishing tycoon.

Short exploratory flights like these were how scientists and mapmakers got vital information about Antarctica's topography.

To this day, there is no airport on the White Continent, but there are 50 landing strips and runways.

Australia and South Africa are just two of the global powers with interests in Antarctica.

As aviation website Simple Flying notes, the Russian Antarctic research station organized a half-dozen trial flights to their 3,000-foot blue ice runway between 2019 and 2020. Those were carried out by wide-body aircrafts as well.

Since the vast majority of people get to the White Continent via ship, seeing the A340 landing on an ice runway is certainly dramatic -- and means there will likely be more such landings in the future.

Airbus 340 image by Marc Bow, courtesy Hi Fly.

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airbus a340 plane lands on antarctica for first time  - cnn

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Airbus A340 plane lands on Antarctica for first time

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For the first time in history, an Airbus A340 plane has landed on (CNN) - Antarctica. Hi Fly, a boutique aviation company, was behind the flight. The company specializes in wet leases, which means they hire out both aircraft and air crew and are responsible for handling insurance, maintenance and other logistics.

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2.There is a photo
3There are no grammar mistakes
4The site is not offiсial
5. its fake

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also the article is from a unknown site and we cant be sure if its reliable or not

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also the article is from a unknown site and we cant be sure if its reliable or not

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Is this the man behind the global coronovirus pandemic?

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Is this the man behind the global coronovirus pandemic?

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Title maches the content
The author wrote something that we were been told but we weren't sure yet.
There weren't any grammatical or spelling mistakes
Although this article is fake because Twitter banned it.

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The title isn't misleading.

The information is true and there weren't any spelling mistakes.

There is an author and the post is connected to Twitter.

There are posts related to the article too.

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www.nowadaysnews!@##5.grcThe nowadays newsYOU WILL NOT BELIEVE IT.BRAIN CONTROL ACTUALLY EXISTS!!! 

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www.nowadaysnews!@##5.grcThe nowadays newsYOU WILL NOT BELIEVE IT.BRAIN CONTROL ACTUALLY EXISTS!!! 

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1) The source is reliable
2)Is a reputable source with a title that you can verify through a quick Google search
3)There are no grammar mistakes
4)The content is scientific and it's proved by facts and explanations, images and videos
In conclusion the article is real
(I'm from team 2 but I can't choose where to post it )

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Introduction

Moon Phases

In our entire solar system, the only object that shines with its own light is the Sun. That light always beams onto Earth and Moon from the direction of the Sun, illuminating half of our planet in its orbit and reflecting off the surface of the Moon to create moonlight.

This graphic shows the position of the Moon and the Sun during each of the Moon's phases and the Moon as it appears from Earth during each phase. Not to scale. Credit: NASA/JPL-Caltech

Like Earth, the Moon has a day side and a night side, which change as the Moon rotates. The Sun always illuminates half of the Moon while the other half remains dark, but how much we are able to see of that illuminated half changes as the Moon travels through its orbit.

Let's take a look at the individual phases, and how the movements of the Moon and Sun appear to us as we watch from the Northern Hemisphere on Earth:

Our Wobbly Moon

Our Wobbly Moon

When we think of the way the Moon seems to change over the course of a month, we think of phases. But frequent Moon observers know that the Moon also appears to twist, nod, and roll slightly during its journey across the sky, allowing us to peek around the Moon's shoulder and catch glimpses of the farside. This phenomenon is called libration.

Because the Moon's orbit is not perfectly circular, its distance from Earth and its speed in orbit both change slightly throughout the month. The Moon's rate of rotation around its own axis, though, always stays the same.

When the Moon is at its closest to Earth and moving most quickly along its orbital path, the Moon itself doesn't rotate quite fast enough to keep entirely the same side facing us, and we get to see a little more of the eastern side of the Moon. When the Moon is farthest from Earth and orbiting at its slowest, its rotation gets a little ahead, and we see a bit more of its western side. We call this motion "libration in longitude."

The 5 degree tilt of the Moon's orbit also causes it to appear to nod, as though it were saying "yes." The tilt sometimes brings the Moon above Earth's northern hemisphere, and sometimes below Earth's southern hemisphere, allowing us to see slightly more of the northern or southern hemispheres of the Moon. We call this motion "libration in latitude."

Finally, the Moon appears to tilt back and forth like a metronome. The tilt of the Moon's orbit contributes to this, but it's mostly due to the tilt of our Earth. Earth has a tilt of 23.5 degrees on its axis, which means that when we observe the Moon from Earth, it's a little like we're standing sideways on a ramp. If you look left, the ramp slopes up. If you look right, the ramp slopes down. In front of you, the horizon looks higher on the right and lower on the left. If you turn around, the horizon appears to tilt the opposite way.

The tilted ramp works the same as the tilted "platform" of the Earth beneath our feet. Every two weeks, we have to look in the opposite direction to see the Moon, and the ground beneath our feet is then tilted the opposite way as well.

Earthshine

Earthshine

Though the Moon is in a crescent phase in this photograph, most of the darkened, Earth-facing side of the Moon is still dimly visible, illuminated by sunlight reflecting off our planet. This reflected light is called earthshine. Credit: Zolt Levay

Sometimes, when the Moon is in one of its crescent phases, we can still see the darkened area of the Moon's nearside shining dimly. This effect is caused by the Sun's light reflecting off Earth's surface onto the face of the Moon. Because Earth at that point in its orbit is nearly full from the Moon's perspective, the light it reflects, called earthshine, is bright enough to dimly illuminate the darkened surface.

Daytime Moons

Daytime Moons

The waxing Moon rises over a ridge in the Wasatch Mountains, Utah. Credit: NASA/Bill Dunford

Though the Moon is often thought of as a nighttime visitor, it's also visible during the day as a faint, pale presence. The best times to see a daytime Moon are perhaps during the first and last quarter phases, when the Moon is high enough above the horizon and at about 90 degrees from the Sun in the sky. This helps make the Sun's reflected light bright enough to see as it reflects off of the Moon. The Moon can be seen in the daylit sky at any phase except for the new moon, when it's invisible to us, and full moon, when it's below the horizon during the day. The crescent through quarter phases are high in the sky during the day, but the daytime gibbous phases can be glimpsed only just before the Sun sets.

Do It Yourself

Do It Yourself

Spend the next month getting to know the Moon and its phases by filling out your own observation journal.

Have you ever wondered when the next full moon will be? How about the first quarter moon? Put the dates and times for all the Moon's phases for the year at your fingertips by building your own Moon Phases Calendar and Calculator!

Moon phases can be hard to visualize. This simple activity uses a lamp, styrofoam ball and pencil to show how phases work.

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Moon Phases | Phases, Eclipses & Supermoons - Moon: NASA Science

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Everything you want to know about why our Moon's appearance changes throughout the month.