A whole night from the allsky cam in Trento, between 1 and 2 January 2020. You can see some meteors (marked with a red circle), many satellites and planes and the slow movement of the celestial vault around the polar star (about 25 minutes every second of video).
I have highlighted some famous constellations for clarity.

 

 

 

 

Moonset in the Atacama Desert.

Just after the sunset of the almost full moon, the center of the Milky Way becomes bright from the San Pedro de Atacama Celestial Explorations, in the Atacama Desert in Chile at about 2400 meters above sea level. The brightest star in the center just below the galactic center is the planet Jupiter. 35 minute timelapse (15sec @ 800ISO / frame) taken with Canon 5D mark II (24mm at f / 4) and processing in Photoshop and Nuke.

Just after moon sunset (almost full), Milky Way center becomes more bright from San Pedro de Atacama Celestial Explorations, in Atacama desert, Chile. The brightest body just below the galactic center is planet Jupiter. 35 minutes timelapse taken with Canon 5D mark II (24mm at f / 4) and post production with Photoshop and Nuke

 

 

Video created from a series of photographs (with Canon 5D mark II) taken during the total solar eclipse of 2 July 2019 from La Higuera, Chile.
The sun, in the last phase of the eclipse, is setting behind the Pacific cordillera

 

 

The "Christmas comet" 46P / Wirtanen taken from Trento with Celestron C6 telescope - f / 6.3 with Canon 5D mark II, UHC filter and ASI 120MM-mini guide on 12 December 2018 when it passed the edge of the constellation of Taurus with magnitude 4.8 .
This animation shows its movement during about 1h 30m by combining 38 exposures of 45 sec, when it was near perihelion 157 million km from the Sun and only 12 million km from Earth (about 40 times the Earth-Moon distance). The comet has no obvious tail because it is aligned with the Earth-Sun directive.

 

 

All phases of the solar eclipse of 08/21/2017 in the United States. The video consists of about a hundred photographs mounted in sequence to simulate the whole event, from the first to the last contact of our satellite on the solar disk.

The first contact took place at 1:07 PM local time, the totality starts at 2:37:11 PM and ends at 2:39:46 (about 2 and a half minutes) until the last contact that occurred at 4:02 PM