Space fakes: how to distinguish real astronomical discoveries from media mirages

Unscientific sensations in astronomy are like comets: they flash brightly, attract everyone’s attention, but often turn out to be nothing. While some people create fakes for the sake of hype, and others replicate them out of ignorance, you can learn how to neutralize fake «sensations» on approach. We have compiled step-by-step instructions on how to do this.

The field of astronomical discoveries has been particularly vulnerable to misinformation in the midst of a storm of information noise. Statements about extraterrestrial life found or a parallel universe recorded are often replicated by the media, bypassing the necessary scientific expertise. Such news «breakthroughs» in astronomy and physics occur regularly, but often do not stand up to scrutiny.

In the scientific world, there are both failed «sensations» (detection of primordial gravitational waves, faster-than-light neutrinos, etc.) and successfully confirmed discoveries (the existence of the Higgs boson and the registration of gravitational waves during black hole mergers). The fact that some discoveries are not confirmed later is the norm for the scientific process and serves as an incentive for further development through critical analysis and rethinking. However, the premature publication of high-profile astronomical statements in the media space without proper verification creates real risks to public confidence in science.

How do «sensations» appear

In order to understand the mechanisms of the appearance and spread of astronomical sensations, it is necessary to understand how the cycle of appearance of such news is arranged. The main reasons for the appearance of astronomical «fakes» in the news:

  • Simplification for wide distribution

The process of transforming a scientific discovery into a public sensation often begins with the publication of a scientific article. However, not all studies immediately become available to a wide audience. In order for information about a new discovery to reach the public, scientific institutions and research organizations often issue press releases. At the same time, as a study by the European Southern Observatory (ESO) notes, such press releases are often interpreted inaccurately by journalists. This is due to the fact that the media adapt scientific information in such a way as to make it more attractive and easier for the general public. As a result, the research content is simplified and published without the important nuances that are present in the original scientific materials. Sometimes this can lead to a distortion of the original meaning of a scientific discovery.

  • Chasing pageviews

Another reason for information distortion may be the generation of clickbait headlines and the desire to attract the maximum number of readers. In the face of competition for readers’ attention, journalists can resort to creating «shocking» information, which sometimes leads to exaggerating the significance of a scientific discovery or distorting it.

In addition, not every journalist has the expertise and sufficient knowledge in the field of astronomy to correctly interpret the correct meaning of a scientific discovery.

  • Variety of interpretations

The distribution of false information is often facilitated by the mechanism of content distribution in social networks, where initially simplified or distorted news is subjected to further free interpretation by thousands of users. Each repost or retelling adds new inaccuracies, and platform algorithms often promote the most emotionally charged and sensational versions, rather than the most proven ones. So there is a self-replicating wave of hoaxes.

Examples of astonomic fakes

Numerous cases that, despite all their inconsistency, continue to capture public attention, vividly illustrate how fake «sensations» about space appear:

  • Search for extraterrestrial life

One of the most famous examples of a fake space sensation was the story of «arsenic-based life». In December 2010, scientists said that the GFAJ-1 bacterium they discovered was allegedly able to replace phosphorus with arsenic in its DNA. This news instantly spread to the world’s leading media, which picked up the phrase about the «revolutionary discovery».

The Guardian

Although the study itself was conducted on an Earth bacterium in an Earth laboratory, its main motivation and scientific context was astrobiological. The goal was to better understand where and how we might search for life in space. The sensational claim of replacing phosphorus with arsenic, if confirmed, would be one of the most important discoveries in astrobiology, as it would change our understanding of the «building blocks» necessary for building life.

However, in the following years, independent laboratories were unable to confirm the conclusions of the original work. As the publications showed, the experimental methodology was imperfect, and the data were ambiguous. 15 years later, the journal Science officially withdrew the article, recognizing the conclusions as unreliable. This case became a classic example of how even a prestigious agency can become a source of unfounded sensation if the results are published before the critical scientific review is completed.

  • Dangerous astheroids

Another typical example is «an asteroid flying towards Earth». Similar stories appear almost every year.

An example of a publication about destructive asteroids approaching Earth — Daily Mail

In 2021, a claim spread on social networks that NASA warned about an asteroid approaching the Earth, which cannot be stopped even with the help of nuclear weapons.

«NASA warns! In 6 months, an asteroid will hit the Earth. It is expected that even if a nuclear bomb is used, it will still be unstoppable.”

Later it turned out that the information was very distorted. A NASA spokesperson said that this asteroid does not exist. It turned out that the research laboratory, funded by NASA, published a statement entitled «Hypothetical scenario of an asteroid impact in 2021″, which noted that the scenario is «completely fictional». Later, NASA said that in the next 100 years, collisions of the Earth with asteroids, which could pose a great danger, are not expected.

  • Asteroid impact on the Moon

The situation becomes more complicated with the introduction of AI in modern life. One of the last known such fakes is «The fall of an asteroid on the Moon».

In 2025, a video spread on social networks claiming that NASA managed to shoot an asteroid crashing into the moon. In the presented frames, an object approaches the Earth’s satellite, and then crashes into it, leaving a cloud of dust.

Footage from the video «Asteroid impact on the Moon»

The scientific director of the Ka-Dar observatory, Stas Korotkiy, explained that this video was created using AI and has nothing to do with reality. According to the expert, the fact that the video was fabricated is directly indicated by the size and speed of the asteroid’s flight, the relief of craters on the Moon, as well as the shape of the ejection after the collision.

These stories are important not only as lessons for the media, but also as a reminder for the audience: a scientific sensation requires time, confirmation, and restraint. Astronomy is an area where true discoveries are tested for years, and high-profile headlines are often the result of haste and a desire to impress.

How to check space news

Today, it is especially important to be able to distinguish reliable scientific discoveries from sensational and unreliable reports. Verification of «space sensations» begins with an assessment of information sources.

  • Check your news sources

Where can I find reliable information about space?

As a rule, such sources indicate the original link to the study, cite real scientists, and do not publish clickbait. However, it is always a good idea to compare information from multiple sources.

  • Find primary sources

One of the most effective verification tools is direct access to primary sources. If they are deleted, you can contact archivers (for example, archive.ph or web.archive.org).

  • Check the images

For visual information, it is useful to use a reverse image search through the services of Google Images, TinEye, Yandex Pictures. This will help you determine whether the photos or graphics were used in a different context or were manipulated.

  • Look for confirmations

When verifying news related to scientific discoveries, it is important to check whether the results are confirmed by independent groups of researchers or other observatories. In astronomy, each significant discovery is usually tested on several instruments and in different laboratories.

  • Perform a system analysis

The key principle of checking space sensations is a system check:

1. First, the source is identified and its credibility is checked.

2. Then the original source is analyzed and the data is compared with the results of other studies.

3. Images and media files are checked.

4. It is evaluated whether the information is published in peer-reviewed scientific journals and press releases of official organizations.

This approach provides not only protection against the spread of fake information, but also develops the audience’s critical perception skills, allowing them to distinguish real discoveries from emotionally colored sensations.

True astronomical discoveries, like distant stars, take time for their light to reach us. They go through a long road of reviews, checks, and confirmations. And fake «sensations» are just flashes of meteors that sparkle brightly and instantly go out. Using verification tools and developing critical thinking, we essentially set up our «telescope» to look at real stars, rather than being distracted by fleeting flashes. This allows you to preserve the main thing: trust in science and the ability to admire the real, not fictional wonders of Space.