If you cast your eyes to the skies this Wednesday night you’re in for a celestial surprise –a rare Super Blood Moon.
Technically a total lunar eclipse, a Super Blood Moon occurs when our heavenly neighbour passes into Earth’s shadow.
Dr Brad Tucker, an astrophysicist from The Australian National University, said this shadow creates an amazing orange-red glow that looks a bit like sunrise or sunset.
“While the Earth casts a shadow into space a little bit of light skims through the atmosphere and into space,” Dr Tucker said.
“As the Moon perfectly centres in the Earth’s shadow, it hits this orange-red light.
“So during the peak of the Total Lunar Eclipse, you are seeing Earth’s sunrise and sunset lighting up the Moon!”
Dr Tucker said the Moon’s orbit wasn’t perfect and sometimes it was as much as 50,000 kilometres closer to Earth – making it bigger and brighter.
“This is the case with the full moon next Wednesday,” he said.
“When you combine this closer orbit with a total lunar eclipse, a Super Blood Moon is born!”
Dr Tucker said the action starts at 7.44pm in Canberra, when the Moon will slowly darken for about one-and-a-half hours.
“It’s fantastic it will happen early in the evening as opposed to the middle of the night,” he said.
“What’s even better is that you don’t need any special equipment to see the spectacle; though a camera to capture the incredible view is always recommended.”
SUPER BLOOD MOON VIEWING TIMES ACROSS AUSTRALIA (all times PM)
ACT/NSW/QLD/VIC/TAS
7:44 partial eclipse starts. Total eclipse (when fully red), 9:11 to 9:25. Ends at 10:52
Adelaide/SA and Darwin/NT
7:14 partial eclipse starts. Total eclipse (when fully red), 8:41 to 8:55. Ends at 10:22
Perth/WA
5:44 partial eclipse starts. Total eclipse (when fully red), 7:11 to 7:25. Ends at 8:52
Top image: Luke Tinker/Pexels
A first-of-its-kind experiment could help make sure communities around the world are better prepared to deal with earthquakes.
A new ANU facility will help scientists detect some of the most extreme events in the universe and put Australia "front and centre" of the exciting field of gravitational wave science.
Evolutionary changes that helped our early ancestors survive the first migration out of Africa could hold important clues for modern medicine.
+61 2 6125 5111
The Australian National University, Canberra
CRICOS Provider: 00120C
ABN: 52 234 063 906