Poor wynonna đ
donât forget on pride month
Dickinson season 1 episode 2 âI have never seen âVolcanoesââ (2019) dir. David Gordon Green
Ave- we have the strongest person in the universe, but only use her until the last second -ngers
#well mark me down as scared and h*rny
I'm so amazed
âOriginally estimated to be slightly larger than its M87 counterpart, the black hole at the center of the Milky Way â known as Sagittarius A* â has not yet had its event horizon imaged. When you observe the Universe, you donât always get what you expect; sometimes, you get what it gives you. Instead, it was M87âs black hole that came through first, which was a much brighter and a much cleaner signal.
What weâve found is spectacular. Those dark pixels at the center of the image are actually the silhouette of the event horizon itself. The light that we observe comes from the accelerated, heated matter around it, which must emit electromagnetic radiation. Where the matter exists, it emits radio waves, and the dark circle we see is where the background radio waves are blocked by the event horizon itself.â
We have an event horizon, folks! It wasnât the one at the center of our galaxy that came through first, but rather the one at the center of Messier 87: a black hole over 1,000 times more massive, but some 2,000 times farther away, than the one contained in the Milky Way. This is an ultramassive black hole thatâs almost the size of the entire Solar System, and its event horizon is real.
Come get the full story on what we know, now that we have our image, about black holes in the aftermath of the Event Horizon Telescope!
Venus and the Sisters via NASA https://ift.tt/3dMwOYm
After wandering about as far from the Sun on the sky as Venus can get, the brilliant evening star is crossing paths with the sister stars of the Pleiades cluster. Look west after sunset and you can share the ongoing conjunction with skygazers around the world. Taken on April 2, this celestial group photo captures the view from Portal, Arizona, USA. Even bright naked-eye Pleiades stars prove to be much fainter than Venus though. Apparent in deeper telescopic images, the clusterâs dusty surroundings and familiar bluish reflection nebulae arenât quite visible, while brighter Venus itself is almost overwhelming in the single exposure. And while Venus and the Sisters do look a little star-crossed, their spiky appearance is the diffraction pattern caused by multiple leaves in the aperture of the telephoto lens. The last similar conjunction of Venus and Pleiades occurred nearly 8 years ago.
(Published April 04, 2020)
The Catâs Eye Nebula in Optical and X-ray Image Credit: NASA, ESA, Hubble Legacy Archive; Chandra X-ray Obs.; Processing & Copyright: Rudy Pohl
Explanation: To some it looks like a catâs eye. To others, perhaps like a giant cosmic conch shell. It is actually one of brightest and most highly detailed planetary nebula known, composed of gas expelled in the brief yet glorious phase near the end of life of a Sun-like star. This nebulaâs dying central star may have produced the outer circular concentric shells by shrugging off outer layers in a series of regular convulsions. The formation of the beautiful, complex-yet-symmetric inner structures, however, is not well understood. The featured image is a composite of a digitally sharpened Hubble Space Telescope image with X-ray light captured by the orbiting Chandra Observatory. The exquisite floating space statue spans over half a light-year across. Of course, gazing into this Catâs Eye, humanity may well be seeing the fate of our sun, destined to enter its own planetary nebula phase of evolution ⌠in about 5 billion years.
â Source: apod.nasa.gov/apod/ap190501.html
Uh can you please use your force on me?
The force is strong with this one...
Hard to argue science with conspiracy theorists