San Francisco and Marseille, CA, June 23 2026 – To coincide with the release of the science fiction film ‘Disclosure Day’ this month, Unistellar, a pioneer in smart telescopes with enhanced vision, and the SETI Institute have launched a dedicated webpage to decipher the myths, scientific and political realities surrounding extraterrestrial contact. Since the Roswell incident, and beyond Hollywood movies, Unistellar reveals how modern science addresses this question.
In movies, the arrival of an extraterrestrial signal triggers secret global protocols, emergency government meetings, and immediate military responses. A plethora of science fiction films imagine a catastrophic scenario of a close encounter of the fourth kind. However, scientific reality differs from these scenarios.
No official global protocol for contact currently exists. In the event of detection and a signal, the procedures would follow a completely different path: rigorous independent verification by several organizations using distinct instruments, in order to rule out false positives and pre-empt rumors and misinformation before a scientific consensus is established. The reality is more serious and pragmatic.
From a legal standpoint, the 1967 Outer Space Treaty establishes the general principles: peaceful use of outer space, prohibition of territorial appropriation, and state responsibility. The issue of extraterrestrial contact is not addressed.
Nevertheless, SETI* (Search for Extraterrestrial Intelligence), for example, warns of another risk facing the scientific community, and this one comes not from the stars but from Earth: managing the instantaneous and viral spread of such a detection on social media, while protecting researchers from media pressure and online harassment.
With over 6,000 exoplanets discovered to date, and hundreds of billions of planets estimated in the galaxy where humankind evolves (the Milky Way), there has been no confirmation of the detection of extraterrestrial life. Thus, the Fermi paradox remains: if extraterrestrial life exists, where is it?
To assess the habitability of a planet, scientists look for three fundamental ingredients: liquid water, which fuels essential chemical reactions; organic chemistry, which provides the building blocks of life; and usable energy sources, whether light, geothermal, or chemical.
The Drake equation, N = R* × fp × ne × fl × fi × fc × L, formulated in 1961 by astronomer Frank Drake, attempts to answer this question: how many technological civilizations could coexist in the Milky Way? The equation combines factors such as the star formation rate, the fraction of stars with planetary systems, and the number of habitable planets per system. The greatest mystery for scientists remains L, namely the average lifespan of technological civilizations.
Yet, scientists know only a few variables, and some of them remain enigmatic, such as the frequency with which life appears, the emergence of intelligence, and the longevity of civilizations. If technological civilizations destroy themselves rapidly, even a galaxy teeming with life could appear mute.
Franck Marchis, Senior Astronomer at the SETI Institute and Co-Founder of Unistellar: “Reports of unexplained events are real in the sense that people and instruments occasionally detect things that defy immediate identification. But an unresolved observation is not proof of an extraterrestrial activity. History shows that most mysteries are eventually linked to conventional explanations such as aircraft, atmospheric effects, technological artifacts, or simple misinterpretations. Before drawing conclusions, we need robust evidence such as clear measurements, comprehensive data, independent verification, and results that can withstand scientific scrutiny.”
The Role of Citizen Science
Historically, contributing to astronomical research required access to large observatories, professional instruments, and remote mountain peaks. This reality has changed with the rise of increasingly sophisticated and accessible instruments. Unistellar regularly mobilizes its community of over 25,000 users worldwide to participate in citizen science campaigns in partnership with SETI and NASA for its UNITE program (Observing Gas Giants and Atypical Rocky Planets). Many of them are now co-authors of scientific publications in leading journals.
The recent confirmation of TOI-4465 b, a gas giant in distant orbit, illustrates this model: initially detected by the TESS satellite, this planet was characterised through a global follow-up campaign incorporating observations from Unistellar users.
About UNISTELLAR
Unistellar builds the most powerful and easy to use smart home telescopes and AR binoculars designed to enable people to explore the universe in deeper, more immersive ways. Since the company was founded in 2015, hundreds of thousands of people worldwide have used or experienced Unistellar equipment to explore the night sky, capture deep-space objects, and contribute to real scientific research.
With eight patents filed and three CES award-winning products, Unistellar combines breakthrough optics, advanced imaging, and intelligent software to deliver powerful observing capabilities in an easy-to-use format. Its technology allows users to reveal galaxies, nebulae, and other deep-sky objects even from light-polluted urban environments where traditional telescopes have more limited visibility..
In July 2024, Unistellar introduced ENVISION, the world’s first smart AR binoculars built for both stargazing and outdoor exploration. Combining high quality optics with augmented reality, ENVISION expands how people discover the sky and experience the natural world.
Through partnerships with leading scientific institutions including NASA and the SETI Institute, Unistellar has also built the world’s first global citizen-astronomy network, connecting more than 25,000 members who contribute real observations to scientific campaigns and discoveries.
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