Jets From Unusual Galaxy Centaurus A Image Credit: ESO/WFI (visible); MPIfR/ESO/APEX/A. Weiss Et Al.

Question of the day : How far is the Moon from planet Earth?

Mars as seen from Hubble, snapped on April 27th through May 6th, 1999.

Image Credit : NASA COMMONS

IC 1805 – The Heart Nebula, taken on September the 11th, 2019

Image Credit & Copyright : Bray Falls

While appearing as a delicate and light veil draped across the sky, this image from the NASA/ESA Hubble Space Telescope actually depicts a small section of the Cygnus supernova blast wave, located around 2,400 light-years away. The name of the supernova remnant comes from its position in the northern constellation of Cygnus (the Swan), where it covers an area 36 times larger than the full Moon. 

Image Credit: NASA/ESA Hubble Space Telescope

Have you guys watched the new Alien Worlds docuseries on Netflix?

Also known as the Seven Sisters and M45, the Pleiades lies about 400 light years away toward the constellation of Taurus (Bull).

Picture Credit & Copyright: Stanislav Volskiy

Source: apod.nasa.gov

Mile wide potentially hazardous asteroid to whizz past Earth tonight. Asteroid 1997 BQ — first identified in January of 1997, is hurtling towards us at an approximate speed of 13.3 km per second and will "closely approach" our planet on the evening of 21st May 2020. According to NASA estimates it will be a safe flyby with the asteroid passing within 3.8 miles of Earth, that's about 16 times the distance between Earth and the Moon.

Source: NASA

Our sun is entering into a sleepy state of inactivity— a recurring phenomenon known as Solar Minimum.

A period of minimal solar activity, during which the surface solar movement diminishes, resulting in a trough in solar eruptions and coronal mass ejections (CME) activities. Though it is a period of (relative) calm for the otherwise seething ball of energy, it doesn't hold any consequence(s) for us, as Earthlings. Sun, as we know it, will remain the same.

The Lonely Neutron Star In Supernova Remnant E0102-72.3 (the blue dot at bottom left) blue represents X-Ray light captured by NASA'S Chandra observatory, while the red & green represent optical light captured by ESO'S telescope in Chile and NASA'S Hubble in orbit. (Text adapted from apod.nasa.gov)

Credit : X-Ray — Chandra Observatory & Optical light — ESO / HUBBLE

Earth, as seen from the Lunar surface, visualised