Artemis II Returns From the Moon as Old Conspiracies Find New Life Online

9 April 2026

Paul Francis

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A Mission in Motion, Not Preparation

Artemis II is no longer a promise or a plan. It is a live, unfolding mission.

Having successfully travelled beyond low Earth orbit and looped around the Moon, the crew are now on their return journey to Earth. In doing so, they have already secured their place in history as the first humans in more than half a century to venture into deep space. The mission itself has been widely followed, not just through official NASA channels but across social media, where images, clips and astronaut updates have circulated in near real time.

Among the most striking moments so far have been the views of Earth from lunar distance. These are not abstract renderings or archival references. They are current, high-resolution visuals captured by a crew physically present in deep space. For many, it has been a powerful reminder of both scale and perspective, reinforcing the reality of human spaceflight beyond Earth orbit.

Yet as these images spread, something else has travelled with them.

Earthrise over the Moon's horizon, showing Earth partially lit against the blackness of space. The Moon's surface is grey and textured.

The Return of a Familiar Narrative

Alongside the excitement and global attention, Flat Earth narratives have begun to reappear with renewed visibility. As with previous milestones in space exploration, the mission has acted as a catalyst rather than a cause.

Footage from Artemis II, particularly anything showing Earth as a curved, distant sphere, has been picked apart across various platforms. Claims of digital manipulation, lens distortion and staged environments have resurfaced, often attached to short clips or isolated frames removed from their original context.

This is not evidence of a growing movement in terms of numbers. It is, however, a clear increase in visibility. The scale of Artemis II has pulled these conversations back into mainstream timelines, where they sit alongside genuine public interest and scientific engagement.

Real-Time Content, Real-Time Reaction

What distinguishes Artemis II from earlier missions is the immediacy of its coverage. This is not a mission filtered through delayed broadcasts or carefully edited highlights. It is being experienced as it happens.

That immediacy has a double edge. On one hand, it allows for unprecedented access and transparency. On the other, it provides a constant stream of material that can be reinterpreted, clipped and redistributed without context.

A reflection in a window, a momentary visual artefact in a video feed, or even the way lighting behaves inside the spacecraft can quickly be reframed as suspicious. Once those clips are detached from their technical explanations, they take on a life of their own within certain online communities.

The speed at which this happens is key. Reaction no longer follows the event. It unfolds alongside it.

Scepticism in the Age of Algorithms

Flat Earth content does not exist in isolation. It is sustained by a broader culture of scepticism towards institutions, particularly those associated with government and large-scale scientific endeavour.

NASA, as both a symbol of authority and a source of complex, hard-to-verify information, naturally becomes a focal point. Artemis II, with its deep space trajectory and high visibility, fits neatly into that framework.

Social media platforms then amplify the effect. Content that challenges, contradicts or provokes tends to perform well, regardless of its factual basis. As a result, posts questioning the mission often gain traction not because they are persuasive, but because they are engaging.

This creates a distorted sense of scale. What is, in reality, a fringe viewpoint can appear far more prominent than it actually is.

The Broader Public Perspective

Outside of these pockets of scepticism, the response to Artemis II has been largely one of fascination and admiration. The mission has reignited interest in human spaceflight, particularly among audiences who have never experienced a live crewed journey beyond Earth orbit.

There is also a noticeable difference in tone compared to previous eras. The Apollo missions were moments of collective attention, where a single narrative dominated public consciousness. Artemis II exists in a far more fragmented environment, where multiple conversations unfold simultaneously.

In that landscape, it is entirely possible for celebration, curiosity and conspiracy to coexist without directly intersecting.

A Reflection of the Modern Media Landscape

The re-emergence of Flat Earth narratives during Artemis II is not an anomaly. It is part of a broader pattern that defines how major events are now experienced.

Every significant moment generates its own parallel discourse. One is grounded in reality, driven by science, engineering and exploration. The other is shaped by interpretation, scepticism and the mechanics of online engagement.

Artemis II, currently making its way back to Earth, sits at the centre of both.

The mission itself is a clear demonstration of human capability and technological progress. The conversation around it, however, reveals something different. It highlights how information is processed, challenged and reshaped in real time.

In that sense, Artemis II is not just a journey through space. It is a case study in how modern audiences navigate truth, trust and visibility in an increasingly complex digital world.

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Are we on course to become cyborgs?

Diane Hall
Jun 25, 2024
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Original Post date: 8th Oct 2020

If that sounds like a headline from the National Enquirer, it’s not.

AI Illustration of a future human and machine cyborg

The industry that creates wearable tech has boomed over the last few years. Fitbits, for example, are no longer a luxury but an essential item for anyone keen to improve their health.

For parents obliged to stand on the side-lines as their child practises their football skills—typically, early doors on a weekend morning—you can wear ‘smart’ clothes…hats, gloves and or fleeces/gilets with integral heating to keep you toasty.

Smartphones parade as fashion watches. Google Glass (smart glasses) allow you to scroll the internet whilst you walk. Gloves and suits exist that allow gaming enthusiasts to further absorb themselves into their games via virtual reality.

Think of the amputees with robot-like hands and legs – technology can go as far as an entire exoskeleton, almost like Robocop. According to the military, a technologically-enhanced skeleton-like frame that’s worn on the outside of the body would greatly improve someone’s prowess in combat. Apparently, the suit would make them stronger and more able to carry supplies from camp to camp; I presume it would also protect them from certain angles – should bullets hit their metal skeleton, they’d ping off in another direction, which means less chance of being wounded in gunfire.

All of these examples assume the user wears the technology on the outside of their body. For some people, however, they’re willing to go one step further.

Old school 1950's style Robot in a American Cafe

A recent poll carried out by cybersecurity company Kaspersky, which interviewed members of the public across Europe, found that some of them would be willing to endure a ‘body upgrade’ or enhancement. This could be anything from microchips inserted under the skin that holds their financial information and identification details, to supplies of preventative ‘smart drugs’, that could help make an individual immune to cancer.

How much tech would we be prepared to insert into/onto our bodies before we become more machine than human? Are cyborgs really only found in science fiction books?

The survey showed that almost two-thirds of those interviewed (63%) would be prepared to augment – or upgrade, as they prefer to see it - their bodies with technology. Our European cousins are also far keener than us Brits on the subject; only a quarter of British respondents entertained the idea.

According to Marco Preuss, Kaspersky’s European Director of Global Research, fans of technological/physical upgrades are “keen to test the limits as to what’s possible.” But at what point would they consider stopping? Could someone actually stray into cyborg territory?

Bionic eyes are already a ‘thing’, used to treat optical issues and degeneration. As is the 3D printing of certain body parts, e.g. hearts, lungs and kidneys, using stem cell technology and the advancements in printing. Body parts now grown in labs include fully-functioning ears, bladders…and vaginas.

Perhaps it’s easier to consider an artificial body part if your original one fails. And I can understand smart drugs in a world where cancer is as rife as it is. Inserting chips under my skin just in case I forget my car keys or bank card may be a step too far for me personally, particularly given that you…YOU, not your laptop or phone…could be hacked.

Would you be up for it? Let us know your take on things - Tweet us at @intheknowemag