#evscope — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #evscope, aggregated by home.social.
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When it's going to be starry night, my gear is always ready.
From left to right:
#Unistellar #eVscope
and #Odyssey
Pro top of pole 4x #Tapo #C325WB
#astronomy #citizenscience #space #telescope #seti #skymapper -
Freitagabend und volles Haus: die Physikfachschaft der @tudresden war zu Besuch! Vortrag, Suppe 🍲, Punsch 🍵 und Jupiter 🔭 - so muss das! Und bevor es neblig wurde, gelang noch eine Aufnahme des Krebsnebels mit @unistellar.com #evscope
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Kaltes Wetter = beste Beobachtungsbedingungen!🥶 So auch am vergangenen Wochenende, an der sich unser Mitglied Sicco in die kühle Nacht getraut hat. Mit seinem Smartscope #evscope von #unistellar hat er nicht nur den #Kamelaugennebel 🐪 und #ngc1502 fotografiert, sondern gleich noch #citizenscience betrieben! So konnte er die Bedeckung des Sterns #eecep durch eine planetenbildende Staubscheibe beobachten und Daten zur Helligkeitschwankung des Asteroiden #443eros aufnehmen! Wissenschaft pur!🧑🔬 #seti
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A convenient followup: our paper on photometric calibration of the #eVscope just came out: https://doi.org/10.1117/1.JATIS.11.2.028002
Check it out 🙂
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A convenient followup: our paper on photometric calibration of the #eVscope just came out: https://doi.org/10.1117/1.JATIS.11.2.028002
Check it out 🙂
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A convenient followup: our paper on photometric calibration of the #eVscope just came out: https://doi.org/10.1117/1.JATIS.11.2.028002
Check it out 🙂
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A convenient followup: our paper on photometric calibration of the #eVscope just came out: https://doi.org/10.1117/1.JATIS.11.2.028002
Check it out 🙂
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A convenient followup: our paper on photometric calibration of the #eVscope just came out: https://doi.org/10.1117/1.JATIS.11.2.028002
Check it out 🙂
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Here's an image I took of the Whirlpool galaxy in my backyard a few nights ago with an #evscope.
My backyard is not especially dark, there is a lot of #LightPollution. But the camera integrated the starlight for about an hour, and displays the background as black (with the light pollution removed).Without light pollution, the background would still be black, but the galaxy have more details and would be more defined, because the signal to noise ratio would be much higher.
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Here's an image I took of the Whirlpool galaxy in my backyard a few nights ago with an #evscope.
My backyard is not especially dark, there is a lot of #LightPollution. But the camera integrated the starlight for about an hour, and displays the background as black (with the light pollution removed).Without light pollution, the background would still be black, but the galaxy have more details and would be more defined, because the signal to noise ratio would be much higher.
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Here's an image I took of the Whirlpool galaxy in my backyard a few nights ago with an #evscope.
My backyard is not especially dark, there is a lot of #LightPollution. But the camera integrated the starlight for about an hour, and displays the background as black (with the light pollution removed).Without light pollution, the background would still be black, but the galaxy have more details and would be more defined, because the signal to noise ratio would be much higher.
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Here's an image I took of the Whirlpool galaxy in my backyard a few nights ago with an #evscope.
My backyard is not especially dark, there is a lot of #LightPollution. But the camera integrated the starlight for about an hour, and displays the background as black (with the light pollution removed).Without light pollution, the background would still be black, but the galaxy have more details and would be more defined, because the signal to noise ratio would be much higher.
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Here's an image I took of the Whirlpool galaxy in my backyard a few nights ago with an #evscope.
My backyard is not especially dark, there is a lot of #LightPollution. But the camera integrated the starlight for about an hour, and displays the background as black (with the light pollution removed).Without light pollution, the background would still be black, but the galaxy have more details and would be more defined, because the signal to noise ratio would be much higher.
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When I was born, our civilization didn't yet have evidence that other stars had planets.
Last night, I took measurements of a planet crossing the face of another star from my backyard with an #eVscope.
How cool is that?
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When I was born, our civilization didn't yet have evidence that other stars had planets.
Last night, I took measurements of a planet crossing the face of another star from my backyard with an #eVscope.
How cool is that?
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When I was born, our civilization didn't yet have evidence that other stars had planets.
Last night, I took measurements of a planet crossing the face of another star from my backyard with an #eVscope.
How cool is that?
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When I was born, our civilization didn't yet have evidence that other stars had planets.
Last night, I took measurements of a planet crossing the face of another star from my backyard with an #eVscope.
How cool is that?
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When I was born, our civilization didn't yet have evidence that other stars had planets.
Last night, I took measurements of a planet crossing the face of another star from my backyard with an #eVscope.
How cool is that?
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Check out the flash from this #evscope #satellite observation. (Left is a still, right is a video - mouse over to see)
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Check out the flash from this #evscope #satellite observation. (Left is a still, right is a video - mouse over to see)
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Check out the flash from this #evscope #satellite observation. (Left is a still, right is a video - mouse over to see)
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Check out the flash from this #evscope #satellite observation. (Left is a still, right is a video - mouse over to see)
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Check out the flash from this #evscope #satellite observation. (Left is a still, right is a video - mouse over to see)
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Last night, Sicco Bauer and I made simultaneous observations of the GOES 12 satellite through an #eVscope. Sicco was in Dresden, I was in Bochum (~450 km apart).
We both see a dramatic brightening of the satellite as it passes through the (different) field of view.
It's maybe not surprising, because the satellite is so far away that the angular difference is <1 degree. But still, it's cool that this can be done, and shows the utility of the setup.
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Last night, Sicco Bauer and I made simultaneous observations of the GOES 12 satellite through an #eVscope. Sicco was in Dresden, I was in Bochum (~450 km apart).
We both see a dramatic brightening of the satellite as it passes through the (different) field of view.
It's maybe not surprising, because the satellite is so far away that the angular difference is <1 degree. But still, it's cool that this can be done, and shows the utility of the setup.
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Last night, Sicco Bauer and I made simultaneous observations of the GOES 12 satellite through an #eVscope. Sicco was in Dresden, I was in Bochum (~450 km apart).
We both see a dramatic brightening of the satellite as it passes through the (different) field of view.
It's maybe not surprising, because the satellite is so far away that the angular difference is <1 degree. But still, it's cool that this can be done, and shows the utility of the setup.
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Last night, Sicco Bauer and I made simultaneous observations of the GOES 12 satellite through an #eVscope. Sicco was in Dresden, I was in Bochum (~450 km apart).
We both see a dramatic brightening of the satellite as it passes through the (different) field of view.
It's maybe not surprising, because the satellite is so far away that the angular difference is <1 degree. But still, it's cool that this can be done, and shows the utility of the setup.
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Last night, Sicco Bauer and I made simultaneous observations of the GOES 12 satellite through an #eVscope. Sicco was in Dresden, I was in Bochum (~450 km apart).
We both see a dramatic brightening of the satellite as it passes through the (different) field of view.
It's maybe not surprising, because the satellite is so far away that the angular difference is <1 degree. But still, it's cool that this can be done, and shows the utility of the setup.
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Sonnenflecken-Zeit 🥰 Ganz frisch geknippst. Heute wieder mit besonders großem Fleck, der den Namen #AR3959 trägt.
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Sonnenflecken-Zeit 🥰 Ganz frisch geknippst. Heute wieder mit besonders großem Fleck, der den Namen #AR3959 trägt.
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Sonnenflecken-Zeit 🥰 Ganz frisch geknippst. Heute wieder mit besonders großem Fleck, der den Namen #AR3959 trägt.
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Sonnenflecken-Zeit 🥰 Ganz frisch geknippst. Heute wieder mit besonders großem Fleck, der den Namen #AR3959 trägt.
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Sonnenflecken-Zeit 🥰 Ganz frisch geknippst. Heute wieder mit besonders großem Fleck, der den Namen #AR3959 trägt.
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Turns out I can still catch #TCrB from the attic in the early evening!
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Turns out I can still catch #TCrB from the attic in the early evening!
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Turns out I can still catch #TCrB from the attic in the early evening!
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Turns out I can still catch #TCrB from the attic in the early evening!
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Turns out I can still catch #TCrB from the attic in the early evening!
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Der neue "#VividVision"-Modus am #eVscope kann echt was 🔭😍
Hier der Hantelnebel nach gerademal zwei Minuten Beobachtungszeit. In der Nachbearbeitung habe ich das Bild lediglich noch mal ein klein wenig aufgehellt.
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Der neue "#VividVision"-Modus am #eVscope kann echt was 🔭😍
Hier der Hantelnebel nach gerademal zwei Minuten Beobachtungszeit. In der Nachbearbeitung habe ich das Bild lediglich noch mal ein klein wenig aufgehellt.
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Kleine Ausbeute von gestern auf heute Nacht durch die #Lichtverschmutzung der Atmosphäre hindurch.
#Amateurastronomie
#SchauNachOben
#Astrophotographie
#Darmstadt
#eVscope
#Teleskop
#Sternenhimmel -
Kleine Ausbeute von gestern auf heute Nacht durch die #Lichtverschmutzung der Atmosphäre hindurch.
#Amateurastronomie
#SchauNachOben
#Astrophotographie
#Darmstadt
#eVscope
#Teleskop
#Sternenhimmel -
A bit of #astronomy this evening via my #evscope #jupiter #horseheadnebula #flamenebula #trianglenebula #m33 #unistellar
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A bit of #astronomy this evening via my #evscope #jupiter #horseheadnebula #flamenebula #trianglenebula #m33 #unistellar
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A bit of #astronomy this evening via my #evscope #jupiter #horseheadnebula #flamenebula #trianglenebula #m33 #unistellar
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A bit of #astronomy this evening via my #evscope #jupiter #horseheadnebula #flamenebula #trianglenebula #m33 #unistellar
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Tonight’s views through #unistellar #eVscope telescope, the unlabeled pic is #M31 the others are #jupiter and #M42
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Tonight’s views through #unistellar #eVscope telescope, the unlabeled pic is #M31 the others are #jupiter and #M42
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Tonight’s views through #unistellar #eVscope telescope, the unlabeled pic is #M31 the others are #jupiter and #M42
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Tonight’s views through #unistellar #eVscope telescope, the unlabeled pic is #M31 the others are #jupiter and #M42