Apr 29, 2021
Marco
seen from China
seen from Türkiye
seen from United States
seen from China
seen from United States
seen from Australia
seen from China
seen from Australia
seen from India
seen from Germany
seen from Malaysia
seen from Poland
seen from Netherlands
seen from Japan
seen from China
seen from United States
seen from Malaysia
seen from India
seen from India
seen from United States
Marco
Your OC in one gif
Woot! I feel so loved. I was tagged by @the-sith-in-the-sky-with-diamond @tishinada and @riajade01 Thanks ladies!
Fynta Wolfe
Zolah Holran
Verin and Keshal
Balic Cormac
Ma’at Stasma
I think I’ll stop there. @dimigex @kunoichi-ume @dingoat
Inside a Daya Bay Antineutrino Detector
Image Credit & Copyright: DOE, Berkeley Lab - Roy Kaltschmidt, photographer
Explanation: Why is there more matter than antimatter in the Universe? To better understand this facet of basic physics, energy departments in China and the USA led in the creation of the Daya Bay Reactor Neutrino Experiment. Located under thick rock about 50 kilometers northeast of Hong Kong, China, eight Daya Bay detectors monitor antineutrinos emitted by six nearby nuclear reactors. Featured here, a camera looks along one of the Daya Bay detectors, imaging photon sensors that pick up faint light emitted by antineutrinos interacting with fluids in the detector. Early results indicate an unexpectedly high rate of one type of antineutrino changing into another, a rate which, if confirmed, could imply the existence of a previously undetected type of neutrino as well as impact humanity's comprehension of fundamental particle reactions that occurred within the first few seconds of the Big Bang.
Taken from NASA's Astronomy Picture of the Day Space--Bot is a computer program that searches for space images.
Over Saturn's Turbulent North Pole
Image Credit: Cassini Imaging Team, SSI, JPL, ESA, NASA
Explanation: The Cassini spacecraft's Grand Finale at Saturn has begun. The Grand Finale will allow Cassini to explore Saturn and some of Saturn's moons and rings in unprecedented detail. The first phase started two weeks ago when a close flyby of Titan changed Cassini's orbit into one that passes near Saturn's poles and just outside of Saturn's outermost F-ring. Featured here is an image taken during the first of Cassini's 20 week-long F-ring orbits around Saturn. Visible are the central polar vortex on the upper left, a hexagonal cloud boundary through the image center, and numerous light-colored turbulent storm systems. In 2017 April, Cassini will again use the gravity of Titan to begin a new series of 22 Proximal orbits -- trajectories that will take Cassini inside of Saturn's rings for the first time. Cassini's new science adventure is scheduled to end on 2017 September 17, though, when the robotic spacecraft will be directed into a dramatic mission-ending dive into Saturn's atmosphere.
Taken from NASA's Astronomy Picture of the Day Space--Bot is a computer program that searches for space images.
made a new hat!