trans robot galaxy angel demon deity computervirus actionfigure cuttlefish foxgirl mimic torchship fairy cat dragon lynx snake worldserpent slime pterosaur bird crow pigeon spider bee moth mantis dog starship plush swarm megastructure naiad shark quasistar planet dragontaur doll whirligig aircraft torchmissile lesbian(s). 21+

|

by the time you realize what youre in for its too late. there will be more identities added

θΔ, ⏻Δ, 7g, basically im trying to say im robot and dragon otherkin without outright saying it but cohost is nice so

|

id put UECNS Nemesis DNX-0007 here but Red One isnt perfectly gender and i have a few minor misgivings with the work so

|

pfp by @cass, banner by @rocky

|

i bet it wouldnt work but can you imagine using this box as its own posting system until you could post lol
OH IMAGINE I JUST PUT ALL MY NAMES HERE LMAO

|

audience rechoosts: rechoosts with us adding something

lalage chosts: chosts that we have made

elia responds: asks


discord
zinzrinz
xmpp
astatel@nixnet.services

Mint stars have a few big tricks up their sleeve. Most common is a weak magnetic field- they lack convective zones, eliminating their internal dynamos. As a result, they produce nearly no stellar wind or x-ray light. Their coronae are cold and their rotation rate doesn't slow as fast as most stars, producing the other interesting oddity common to such heavy stars: they can often be oblate. Whirling about themselves at speeds common to much less massive gas giants, the equator bulges out so far that many aspects of the star visibly change. The equator can be two thousand degrees cooler than the pole, emitting redder light- and perhaps even producing its own localized convective zone. As a result, mint stars exemplify the weirdness that presents itself among heavy, short-lived stars.


You must log in to comment.