In 2023 we attended 3 Star Parties in France
Scientific Research Amateur and Professional
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Visual observation and pic of Andromeda's Parachute quasar with OVNI-M
An OVNI-M to observe and image the 4 components of Andromeda's Parachute quasar.
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NASA has chosen the Crab Pulsar video made with a OVNI-M to illustrate its APOD site.
This animation was made possible using the OVNI-M, an OVNI Night Vision eyepiece (a QHY174M GPS camera was used to film the observation).
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Exceptional video of the Crab pulsar (PSR B0531+21) made possible with a OVNI-M
Martin Fiedler (Germany) made this incredible video of the Crab pulsar (PSR B0531+21) thanks to his OVNI-M.
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The Seminar about OVNI Night Vision eyepieces was held at the Paris Observatory (France) on Saturday May 13, 2023.
The Seminar about OVNI Night Vision eyepieces organized by Société Astronomique de France was held at the Paris Observatory (France) on Saturday May 13, 2023.
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Inscription au Séminaire de la SAF sur les oculaires de vision nocturne intensificateurs
Il ne reste plus que quelques jours pour s'inscrire au Séminaire de la Société Astronomique de France sur les oculaires de vision nocturne intensificateurs.
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OVNI Night Vision presents « Space Custom Applications »
OVNI Night Vision presents « Space Custom Applications » explaining in a non-exhaustive way the adaptation of our products to the space domain.
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A German observatory acquires an OVNI-M for the public
Based in Germany, the Radebeul Observatory organizes public observation sessions with the OVNI-M every Friday evening.
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An OVNI-B at the Observatory of the Baronnies Provençales (OBP)
The Observatory of Baronnies Provençales (OBP) is now equipped with an OVNI-B for the amateur and professional astronomers.
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Observatories and astronomy organizations using an OVNI-M / OVNI-B
Observatories and Astronomy Societies allowing the public to observe with the OVNI-M / OVNI-B night vision eyepieces
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Pro / Am GRANDMA (Kilonova Catcher)
Use of OVNI Night Vision Eyepieces in the GRANDMA (Kilonova Catcher) program which aims to find an observational counterpart to gravitational waves