@KendrixTermina
its cool how they actually look like a middle thing between stars & big planets
@costrio
I like your presentations. No long intros with basic facts endlessly repeated, IMO. You get to the point, bringing unusual and current information. I gained some very good, new insights today by watching this video and I've been following the lastest astronomy news for decades. So congratulations. IMO, you are an inovator and deserve more viewership and success. (just an opinion from a noboby.)
@relarin952
It's really fascinating to think we are just starting to really expand our understanding of space
@noahpilarski
2:06 & 5:19 Do you have the texture of luhman A and the pink/red luhman B? I want them, if possible.
@plasma__
I've always found Brown Dwarfs to be fascinating. Great video!
@LuisAldamiz
Fascinating! I'm pretty sure very few people know about these neighbors of us.
@melophilnik0430
I don't understand why you have less subscribers ?💔
@stefanocuticone5137
what software do you use to navigate through space like that?
@yep-its-them
very interesting and easy to understand <3
@gandalf_thegrey
great video mate, keep up the good work
@wallrider4194
3:25 class M stars are red dwarf stars, and thus are true stars that fuse light hydrogen into helium in a span of 1-10 trillion years.
@Wheretherivermeets
That it might appear magenta, a color that doesn't actually exist as a singular color, seems interesting but unlikely.
@RayMapa73
M types are Stars that fuse Hydrogen (aka not a brown dwarf)
@JelenaKesa
So wait luhman 16A is saturn sized And luhman 16B is same size as jupiter?
@purifiedhealth08
it was pefect thanks \
@lukaslukas6267
Maybe Jupiter will become brown dwarf, when our sun becomes white dwarf, It would be a brown dwarf orbiting a white dwarf system.
@goldiz1978
This could potentially change our understanding of gas giants?
@deepcosmiclove
Has any telescope ever gotten a disk on a star, any star? All these images of a brown dwarf are completely imaginary. In any telescope it's just a point of light.
@costrio
If a red star can fuse hydrogen into deuterium isotopes, what kind of chemical creations are happening in Jupiter's atmosphere? Sure, there is stratification of denser/lighter elements, but the volatility of the planet's winds must stir up some fancy chemical solutions, I'd think.
@costrio