We Discovered a New Type of a Star That Can Kick Itself Out of a Galaxy

Hello and welcome! My name is Anton and in this video, we will talk about a newly discovered unusual type of a star that's escaping our galaxy and may have experienced a catastrophic event.

Support this channel on Patreon to help me make this a full time job:

Enjoy and please subscribe.

Bitcoins to spare? Donate them here to help this channel grow!
1GFiTKxWyEjAjZv4vsNtWTUmL53HgXBuvu

The hardware used to record these videos:

Thank you to all Patreon supporters of this channel
Specifically, great thanks to the following members:

Mark Teranishi
Mayumi
Morrison Waud
Vlad Manshin
Lilith Dawn
Daniel Rosvall
Greg Lambros
Nick Dolgy
Luminger
Richard Colombo
Bartholomew Macaluso
Jer
Lauren Smith
Michael Tiganila
Albert B Cannon
Konrad Kummli
Lyndon Riley
Michael Mitsuda
Jordan
Dave Blair
Ralph Spataro
George Williams
Shinne
Alexander Leimbeck
Jakub Glos
Johann Goergen
Henry Spadoni
Adam Lee
Jake Salo
Mercei Levi
LS Greger
Gordon Cooper
Tracy Burgess
Kai Raphahn
Sander Stols
Sergio Ruelas
Vinod Sethi
Russell Sears
Jayjay Volz
AA
Olegas Budnik
Robert Wyssbrod
Anataine Deva
Zachary Fluke
Madzor
Daniel S
RandalM
L Joseph Parker
Gary Steelman
Michael Koebel
Shelley Passage
Liam Moss
Bodo Graßmann
Steven Aiello
xyndicate
Honey Suzanne Lyons
Becky
Steven
Chase Staggs
Dale Andrew Darling
James Myers
Peter Hamrak
Niji
Matthew Lazear
Steve Wotton
Timothy Welter MD
Assaf Dar Sagol
Brian Szkotak
Mr Fluffington
Anton Reed
TBPony
Charles Nadeau
Minovsky Man
Anton Newman
George Lincoln Rockwell
Dave A
GrittyFlix
Paul Koploy
Sal Carrera
Doug Baker
Doug MacDonald
Jacob Spencer
Robert MacDonald
Rock Howard
Daniel Coleman
Vincent L. Cleaver
Veronika A. Czebe
Lee Densmore
Sir David Coyne
brian plummer
David Lewis
JohnTaylorWalker
Kyle eagle
Jon Haynes
Tarik Qassem
Claye Griffith
George Naumov
Michael J Fluharty
Howard Zhang
Hampton Tunis
Nathan Egan
Janne Vuorenpää
Lynn Johnson
Rob Law
Scary ASMR
Eric White
Ivan Gallagher
Troy Schmidt
Jordaen Davids
Greyson Flippo
Thierry Ray Jehlen Gasnier
William Warren
Bill Codair
Douglas Burns
Andrée Rosén
Chaos Gamer
Jan Šoulák
Alberto Diaz Saldana
Harry Evett
Rafael Aguila
Kearny Li
Marcin Jan
Adam Smith
Aaron Fineout
Aanand Joshi
Uwe Böhnke
Deanna Korell-Hall
Carla
Samuel Mathison
Josh Shultz
Dipen Bhattacharya
Tedd Speck
rfc1135
gene valle
david jungerman
JL Solidum
Doug Beeferman
Joseph Thompson
Sol Bergeron Beauchemin
Men I Trust
Luis M Gaytan Tovar
Brittany House
Luciano Sanchez
Lisa Stadlbauer
tom g.
Arp Lee
Lisette Ramos-Voigt
Rs Wlms
Reynir Örn Bachmann Guðmundsson
Márton Fülöp

Check the Patreon page to join.

[markdecot]

I would just like to say that YOU are a far more wonderful person than us. Certainly, as Youtubers go, you do not "plug" yourself anywhere near as much as others, and yet I watch your videos freely and daily, and yet do not give back to you. I hope this helps a tiny bit. You do great work, and you provide insight to our crazy universe in a way that is so valuable. Thank you for being you.

[peacefulbuddha]

If this channel was around 25 years ago I may have become an astronomer... Great stuff my brother.
The universe is WEIRD!

[jimdigriz]

Why so Sirius?
...
I'll see myself out.

[jimbeaux]

Milky way: Was it something I said?
Sirius B: It's not you, it's me.

[turtle]

Love to hear a follow-up on this one, Anton. Interesting stuff!

[brentkeller]

So basically they ring the doorbell and run away.

[offgridphilosophy]

I like you Anton and your video composition/presentation keeps getting better. You go bro.

[GenesisRussell-jtrp]

as always, thank you dude. great vids

[tatjanagobold]

Thank you so much for linking the papers now, earlier it was quite difficult to find out what paper you where referring to haha :D glad that science is so open to everyone who is curious, at least for the majority of research papers :)!

[mrquadrivium]

Did you read about the star they found that's older than the "known" age of the observable universe? The star is named HD 140283

[carlstein]

You said the companion star B is ejected from force of the supernova A. I am not so sure that is correct, I think it's also due to the mass of the star A gone supernova is reduced (*) so the gravitation force is reduced and then conservation of momentum then applies and the star B goes off at a tangent as the escape velocity is lowered of the star A B pair. As the smaller star is B moving faster around the common center of gravity of A B, you'd expect the smaller star B to eject at velocity, and the supernova A eject at lower speed in the opposite direction. Net result is fast moving star B.

(*) What causes the ejection is the time when the mass of the exploding star A moves from inside the orbit of B to outside of the orbit of B and so stops pulling to the star B as strong so a stable orbit is then broken.

[tnightwolf]

Milky Way? Siriusly?!... I'm out to Wisky Highway!

[Moatheus]

Nice video as always. keep it up : D and thank you for the information

[MCsCreations]

Pretty interesting! 😃
But it maybe could happen even with bigger supernovas. Who knows. Lots of the star is normally released.

[derrickmapp]

Thanks for your more layperson explanation of often hard to grasp occurrences. really enjoying your work.

[Jenab]

2:04. "White dwarfs normally decrease in size as they become more massive."

Yes, they do. Here's a curve fit to the white dwarf mass-radius relationship.

0.20 < M/M๏ ≤ 1.41,
R/R๏ =
− 0.021703858 (M/M๏)³
+ 0.056798288 (M/M๏)²
− 0.057701670 (M/M๏)
+ 0.030970308

[arthegor]

I love your videos ! We have a discord section dedicated to science and you are always top 1 to share your videos when they come out Anton!

[archenema]

High speed spore ejection is common among member species of the Galactic Vegetative Sentients Collective. Terran Federation cultural experts speculate that this may be a religious observance related to those phenomena. Do not be alarmed, do not exceed your ration allotments, and remain at your posts.

[chrixthegreat]

I wonder what causes their super nova to be so asymmetrical that it propels the star like that. Perhaps a rather large hot Jupiter producing a tidal effect? It would likely only take a percent or two to get a star moving that fast.

[Aurinkohirvi]

Oh boy, things just get weirder and weirder.
I'm really surprised that a supernova could kick another star, and even so much that it could leave the galaxy.
And then these guys who give a thrust to themselves... or what's left of them... didn't really expect that would happen either.