A quick video taken on my iPhone 14 with a 100mm Skywatcher Evostar ED telescope and a 40mm Pentax XW eyepiece.
PLEASE to see all the videos and the write up and my attempt at poetry head over to Eadsy Astronomy.
My blog is about my venture into the world of amateur astronomy and visual observing and sketching.
A quick video taken on my iPhone 14 with a 100mm Skywatcher Evostar ED telescope and a 40mm Pentax XW eyepiece.
PLEASE to see all the videos and the write up and my attempt at poetry head over to Eadsy Astronomy.
When we look through the eyepiece at a planetary nebula and its faint, fading white dwarf, we tend to think of stellar death as a peaceful, uniform shedding of a star's outer layers. The star grows old, it sighs its gas into space, and leaves behind a quiet core.
But what if I told you that a star’s final death throes are actually a violent, chaotic boxing match where the star literally kicks itself across the galaxy—and breaks up its own family in the process?
A fascinating new study just presented at the 248th meeting of the American Astronomical Society by Caltech’s Jim Fuller changes everything we know about how Sun-like stars die. It turns out, white dwarfs get a definitive kick at birth. Let’s break down the physics of why the universe is full of lonely, drifting stellar remnant.
I've written an article on this over at Eadsy Astronomy and invite you to read it there. It has a lot more details. Please subscribe on YouTube and join our community over at Eadsy Astronomy.