Nine-Years Ago Today. Afternoon yoga in the sun on the aft deck of the MV World Odyssey. (17-Jan-2016, Semester at Sea)
Cold Winter Night Sky.
The forecast for the night was intermittent clouds. The waning gibbous moon is reducing in brightness (86% illuminated) and not rising until later. I programed the “Plan my Night” sequences on the Vespera telescopes to start soon after dark and hoping for long periods with clear skies. with several objects away from the moon and will see what I get depending on the clouds. During later part of the night, I have the telescopes looking at the moon. I also set up the Nikon D9 camera with an 8-15 mm fisheye lens to take a sequence of images of the night sky with the full Vespera family of telescopes in the foreground. These images were then used to create the following time-lapse video. You can see the night starting out cloudy, then clear to a good period of time. Later, when the moon is high in the sky there is a 22° ring or halo around the moon. This is caused by high level ice crystals. The telescopes automatically close before the sun rises. The time-lapse video is best viewed in the dark and expanded to full scale. Images captured by the telescopes to follow.
Nine-Years Ago Today. But I skipped that day crossing the International Date Line. The statue on the forward upper deck of the MV World Odyssey is holding back the sunburst as we crossed the Date Line. (16-Jan-2016, Semester at Sea)
Light Snow Tonight
The forecast for the night was light snow. So, no telescopes out observing for the night. Instead, I had a camera watch out the back door window to observe the Trolls. The camera was set in a fixed apertures mode (f/11) and auto ISO (64-6400) with the shutter speed to vary from 1/100 sec to 32 sec. The time-lapse video was created using PhotoShop and Premier.
Nine-Years Ago Today. Statue catching the Rainbow on the aft deck of the MV World Odyssey while crossing the Pacific Ocean. (15-Jan-2016, Semester at Sea)
Silhouette of Jets Transiting the Sun.
Today, while looking at the sunspots (we are at or near the solar maximum) I captured images of a jets transiting the sun. This was with a Vespera Classic automated telescope fitted with a solar filter.
Slideshow of Jets Passing in Front of the Sun. Individual images are available in my PhotoShelter Gallery.
Cold Winter Night Sky.
The forecast for the night was for the night sky to be clear, then intermittent clouds, then clear before morning. The waning gibbous moon is reducing in brightness but still very bright (97% illuminated). I programed the “Plan my Night” sequences on the Vespera telescopes to start soon after dark with several objects away from the moon and will see what I get depending on the clouds. During part of the night, I have the telescopes looking at the moon. I also set up the Nikon D9 camera with a 8-15 mm fisheye lens to take a sequence of images of the night sky with the full Vespera family of telescopes in the foreground. These images were then used to create the following time-lapse video. You can see the night starting out clear, then clouds, a brief clearing, then clouds again, and finally clearing before dawn. The telescopes automatically close before the sun rises. The time-lapse video is best viewed in the dark and expanded to full scale. Images captured by the telescopes to follow.
Nine-Years Ago Today. Brown Booby catches a Flying Fish for Lunch. From the deck of the MV World Odyssey while crossing the Pacific Ocean. (14-Jan-2016, Semester at Sea).
Silhouette of Jets Transiting the Sun.
Today, while looking at the sunspots (we are at or near the solar maximum) I captured images of a jets transiting the sun. This was with a Vespera Classic automated telescope fitted with a solar filter.
Slideshow of Jets Passing in Front of the Sun. Individual images are available in my PhotoShelter Gallery.
Cold Winter Night Sky.
The forecast for the night was clouds until near midnight. The waining gibbous moon is getting brighter (99% illuminated). I programed the “Plan my Night” sequences on the Vespera telescopes to wait until after midnight before starting to observe some deep sky observation targets in parts of the sky away from the moon. I also set up a Nikon D9 camera with a 8-15 mm fisheye lens to take a sequence of images of the night sky with the full Vespera family of telescopes in the foreground. These images were then used to create the following time-lapse video. It looks like I could have programed telescopes to start observing a bit earlier. One of the telescopes, the Vespera 2 shut down early when its battery charge went below 5%. This happened despite being plugged into a USB-C power source. I am not sure if there was a problem with the USB-C connection, or if the battery was not getting charged because the outside temperature was below 32°F/0°C. The telescopes automatically close before the sun rises. The time-lapse video is best viewed in the dark and expanded to full scale. Images captured by the telescopes to follow.
Nine-Years Ago Today. Visible sunspots as the sun sets over the Pacific Ocean from the Deck of the MV Odyssey. (13-Jan-2016, Semester at Sea).
Mars Occultation and Wolf Full Moon
The sky was clear, and the Wolf Full Moon rose above the trees to the east in time for the Vespera automated telescopes to be able to view Mars going behind the moon. First a time-lapse video of the Vespera telescopes observing the night sky. It stayed mostly cloud free the entire night observation session. For some of the telescopes I programed the “Plan My Night” script to observe Mars and the others to observe the Moon during the occultation event. This is because the Moon is so much brighter than Mars different image acquisition times are needed in order to see the object without it being overexposed.
Time-lapse Video. Vespera Overnight Observation Session. Mars Occultation and Wolf Full Moon. Best viewed full screen and in a dark room.
The first slideshow is sequence showing the start of the Mars occultation using a Vespera Pro telescope programed to observe and track the Moon. Mars is the tiny disk on the lower left side of the moon. You can see Mars approach and then disappear behind the Moon. The Vespera telescope only records monochrome images when observing the Moon, so Mars is not red.
Slideshow of Mars going behind the Moon. Individual images can be found in my PhotoShelter Gallery.
The second slideshow is sequence showing the Mars occultation using a Vespera Pro telescope programed to observe and track Mars. Mars is the small red disk below the Moon. You can see Mars approach and then disappear behind the Moon. For the other planets Vespera telescope records a color (RGB) images so Mars is red. The image of the moon is overblown, so I reduced the saturation levels.
Slideshow of Mars going behind the Moon. Individual images can be found in my PhotoShelter Gallery.
The third slideshow is sequence showing the end of the Mars occultation using a Vespera Pro telescope programed to observe and track the Moon. Mars is the tiny disk on the lower left side of the moon. You can see Mars approach and then disappear behind the Moon. The Vespera telescope only records monochrome images when observing the Moon, so Mars is not red.
Slideshow of Mars returning from behind the Moon. Individual images can be found in my PhotoShelter Gallery.
