If you often look at the evening dark sky in a clear area far away from the city, you have probably seen a speck of light which moves with respect to the star, that’s probably a distant satellite that shines because it reflects the light of the sun at high altitude. According to NASA’s Orbital Debris Program office, there are an about 21,000 large debris (>10 cm) and satellites orbiting around Earth right now, so much more than you can see with your naked eye.
The eVscope is designed to pinpoint and image Deep Sky Objects (nebulae, galaxies), but we have already shown its potential to observe dwarf planet like Pluto, as well as asteroid like Florence. Because the telescope can image targets as faint as those astronomical bodies, we thought that it will also be able to image small satellites and debris as well passing serendipitously in the field of view. This is what happened a few days ago.
We have just passed the pledge of our 1,500th telescope on our Kickstarter campaign. With such an amazing number of eVscopes soon to be in operation around the planet, our Campaign Mode and Citizen Science applications will be extraordinary exciting and revolutionary! Your support has brought us to this truly amazing moment, and all we can say is thank you.
After so many questions about planets and requests for additional photos, we felt the need to conduct new observations—and despite bad weather in parts of the Northern Hemisphere, we managed to do it! As you check out these pictures, please keep in mind that what you see through the eVscope’s eyepiece is far more beautiful and mind blowing. The image quality and observing experience there are definitely superior to what you see in these photos.
The eVscope provides truly amazing astronomical views when pointed at nebulae and galaxies. As you can imagine, the Unistellar team has seen lots of targets over the past three months, but we were delighted to see new ones with our eVscope because they are so beautiful and awe-inspiring.
Spiral Galaxy NGC891, for example, is an unforgettable sight in the eyepiece of an eVscope. It’s similar to our Milky Way, but because we see it edge-on, the structures made by the dust and gas are particularly striking.
Of course, we also observed one of the most iconic objects in the night sky, the Orion Nebula (M42). This object is a stellar nursery and contains a very young open cluster known as the Trapezium. Its coloration is caused by the excitation of gas that surrounds these young stars.
Many of you asked about planets. Keep in mind that they are smaller and brighter than deep-sky objects. We designed the eVscope to view deep-sky objects that are faint and extended, and that’s why our device is not optimal for viewing planets. But as you can see in the following picture, Saturn and its rings are clearly visible in an eVscope, despite their current low elevation in the sky.
We will continue to post pictures of targets on our blog and in our newsletter and our social media. Join us there!
Unistellar Signs Up More Than 1,200 Early-adopters for its Revolutionary eVscope Confirming the Public Interest for Citizen Science Astronomy
San Francisco & Marseille, November 9, 2017. Unistellar, a startup that’s committed to restore the joy of night-sky viewing to people all over the globe, is off to a strong start thanks to the massive success of its recent Kickstarter campaign.
The campaign gave supporters the opportunity to order an eVscope, a revolutionary, electronics-based telescope that offers unprecedented views of distant objects in the night sky. The device also allows users to make significant contributions to science by joining observing efforts led by prominent astronomers.
We got a lot of requests for additional pictures of astronomical targets taken with the eVscope. Here some of them taken recently. One nebula, one galaxy, one planet in our solar system and our moon…. Enjoy!
You’ve probably heard of C/2017 O1, a long-period comet that’s now paying what may well be its first-ever visit to the inner solar system. Earlier this month we decided to check it out using our eVscope prototype.
Marseille, France & San Francisco, CA – October 25, 2017 –
Imagine being able to see galaxies, nebulae, and asteroids and discovering the sky from your own backyard while participating in scientific investigations. Unistellar has launched a Kickstarter campaign for its eVscope, a powerful telescope that will give the sky back to all of us.
The Unistellar eVscope was first presented at the CES in 2017 and recently won the Innovation Award in the Tech For a Better World product category for the CES 2018.
See the universe from Pier 17 in San Francisco with Unistellar eVscope! SETI Institute astronomer Franck Marchis will be there to demo the prototype.
Join us on Tuesday, October 24, 2017, starting at 7:30 pm at Pier 17 (the building adjacent to Pier 15 the Exploratorium). We will share views through our evScope and other telescopes of nebulae, galaxies, star clusters, double stars, and other objects visible in the night sky (weather permitted of course).
Observing Report #2 – September 25, 2017
A few days ago we announced the direct imaging of Pluto through the eyepiece of a Unistellar eVscope prototype located in Marseille, France. To make sure that this was not a fluke, I decided to try to observe Pluto from San Francisco— more precisely, from my little backyard in the middle of the city. And we succeeded!
Unistellar hat das Design seines neuen Enhanced Vision Telescope (eVscope™) auf der IFA Next in Berlin mit großem Erfolg vorgestellt – Start der Crowdfunding-Kampagne im Oktober
Das Teleskop ermöglicht Amateur-Astronomen dank seiner Technologie zur Lichtverstärkung einen einzigartigen Blick auf die Himmelsobjekte. Durch ein Crowdsourcing-Projekt sind nun „citizen scientists“ aufgerufen, die wissenschaftliche Forschung zu unterstützen.
Bildunterschrift: Laurent Marfisi, CEO von Unistellar präsentiert auf der IFA 2017 sein Teleskop – Video (Bildquelle: Business France)
One of the biggest challenges in popular astronomy is finding specific objects in the night sky. Most nebulae, galaxies, and asteroids are invisible to the naked eye, and locating them in the immense vastness of space has frustrated people for centuries.
That’s why most amateur astronomers follow a common but frustrating path. They buy a telescope, look at the moon, a few bright stars, and five planets—and then just give up. After only a few months of use, those telescopes go up for sale on eBay or into the basement.
Unistellar is determined to change this. Our new eVscope’s Autonomous Field Detection (AFD) feature will allow novice astronomers to find noteworthy celestial objects without performing complicated alignment procedures. Thanks to AFD’s intelligent pointing and tracking, astronomers can spend more time observing and less time wondering what they’re looking at. You’ll always know exactly what you’re seeing. (more…)