ask game. because why not. all the cool people have it

🧸 - random space fact

🍂 - song reccomendation

☕ - guess what your profile tastes like

🏹 - random roblox game

🥐 - random youtube video

📺 - fact about a yume

you know what. fack it im cool heres a intro that i get to pin on top of my profile

hi. my name is hoyeon (or lee) . i'm a dude but i use any pronouns because why not. im queer and have a very loving and stupid boyfriend. i have 2 cats who are named percy and sukuna

i am a astrophysics student and a cook! i have a two part time jobs. one at a flower shop and the other at a small restaurant. i am Hellenic and worship Hermes, Poseidon, Athena and Apollo. i'm Korean! my english may sometimes be slightly buggy so bare with me!

my interests are space, house m.d, epic the musical, dead poets society, forsaken, dandys world, cuphead, psych [the show], persona 5, call of duty and much more

i have no dni.. so anyone can interact! if you are over the age of 21 i would like for you to be extremely careful with interacting or not interact at all! i may be very sarcastic at times but i promise im extremely friendly!

typology for the neurodivergent people: lawful good, enfp, 7w6, sanguine [dominant], so/sx, 792. do with this information as you will!

liderally what theme should my new rentry be

can we all hold hands and frolick in fields of Beautiful flowers.,.. lets be joyous johns and not despicable damiens.. Ok? ♥

me when alarm phonk: 🥱😴💤 me when sleep phonk: 💯🗿😈

pushing another yap from neospring onto here... because why not.!! i might use my last for the yap of the day tomorrow.. scratches chin

the sombrero galaxy (also known as messier object 104) is the closest galaxy to our own, the milky way. it is like so cool because it looks like a sombrero due to the color and peculiar shape. it is home to hundreds of thousands of stars. it is a member of the virgo ii groups (a series of galaxies and galaxy clusters around the southern edge of the virgo supercluster)

in the center of the sombrero galaxy is a supermassive blackhole, which has 1 billion times the mass of the sun. scientists figured this out because of them calculating that due to the speed and revolution of the stars could not be maintained without a blackhole of such mass. the mass of the black hole(?) is predicted to be 800 billion solar masses

it has the largest absolute magnitude out of all of the blackholes seen close by to our solar system, being the only one to be on a collision course with the milky way galaxy (in 4.5 billion years)

it has a apparent magnitude of +8.0 so its actually very easy to spot. the dust ring is its most defining feature and is what made the scientists name it what it is. most of the cold atomic hydrogen gas and the dust are inside of the ring. its the primary site of all of the star formations in that galaxy

i haven't actually researched too much on this one! this is all basic ish information.

pushing a old yap frm neospring onto here.. oomfs from ns might remember this

according to scientists, there is now only 8 planets in the solar system excluding dwarf planets. The most known dwarf planet is Pluto but there is much more dwarfs than just one. For example, one of the other most known is Ceres. Ceres is in the middle main orbit in between Mars and Jupiter (In a asteroid belt, i believe.). It was first discovered to be a asteroid in Janurary on new years day in 1801 by Giuseppe Piazzi.

Another dwarf planet is MakeMake, which is sometimes known as the red dwarf planet. It is the second brightest object in the Kuiper Belt which is orbiting the sun beyond Neptune. It's named after a creator god in the Rapanui mythology of Easter Island. Makemake is also only slightly smaller than Pluto and has one moon known as MK2.

One of the more interesting ones is Haumea, also in the kuiper belt. It has a egg shape and has a unusual, rapid rotation. It is one of the fastest among large objects in our solar system. It has two moons, Hi'iaka and Namaka and is believed to be made up of rock and ice according to NASA. It was discovered in 2004 (which is very recent) by a team which was headed by Mike Brown of Caltech at the Palomar Observatory

onto another yap, much to what most people think, neptune is not TECHNICALLY made out of ice. it is rich in water, ammonia and methane. which could be considered 'icy' despite it being hot and dense supercritical fluid. the core of neptune is approximated to be 5100 °C (9300 °F) which is slightly less than earth's own which is 5100 to 6000 °C (9392 to 10832 °F). this, however, is not uncommon for planet cores to be so hot. in fact, its normal! but i guess it can be ironic since its supposed to be one of the coldest planets. it is not common knowledge, but, Neptune has very young rings, making it the third ringed planet alongside Saturn and Uranus. Neptune's tilted on a rotational axis at 47° which is almost twice the earth's own!

dude this is glorious i just got that funny fucking pointing finger on a stick thing

ok goodnight guys i have to study tomorrow and need my precious beauty rest

show her im the judgement call, the one one who makes her kingdom fall!

hello everypony heres another yap you cannot avoid! todays subject? PULSARS AND QUASARS! "but hoyeon!! arent these the same!" no, actually, my little fledgling! a pulsar is a neutron star (the core of a massive star that went supernova and exploded) and a quasar (quasi-stellar radio sources) is a supermassive blackhole that is the nucleus of a galaxy which is very active and luminous!

first, we'll start with pulsars. pulsars, by definition, are; "highly magnetized rotating neutron stars". pulsars are one of the parts of a source for ultra high energy cosmic rays. pulsars are called the 'lighthouses of space' but dont worry! theres no scary old person holding a staff exiting it to tell you to run from your new home! (very specific reference). they emit beams of electromagnetic radiation out of the magnetic poles on its core body. it (the radiation) can only be observed when its directly facing the earth! of course, it's not dangerous when it is since they're usually long long ways away! pulsars have dense, short rotational periods which creates a very precise interval between pulses that can range from milliseconds to seconds (sounds like not a lot but can be!) their highly regular pulses are very useful for astronomers (and me of course). observations of a pulsar in a "binary neutron star system" (binary star system composed of a neutron star and a pulsar) were used to (indirectly) confirm the existence of gravitational radiation

now onto quasars! these are abbreviated as QSO and are labeled as "quasi-stellar objects". the term quasar originated as a contraction of "quasi-stellar (meaning star-like) radio source" because they originally identified quasars as the happens of stars due to the visible wavelengths which looked like star-ish points of light. They are extremely luminous AGN (active galactive nucleus). they are powered by supermassive black holes with a mass usually ranging from millions to tens of BILLIONS of solar masses (mass of the sun). they are surrounded by a gaseous accretion disc (wouldnt wanna be smelling it [youd probably die being close to it anyway.]) gas in said disc (which is falling towards the black hole) will heat up and releases energy in the form of electromagnetic radiation (remember this from the pulsars?). the radiant energy from them is big. like. big big. like. huge. like. yeah you get it. quasars are categorized as a subclass of the general category of AGN (active galactive nucleus). some of the most powerful quasars have luminosities thousands times greater than galaxies like our own milkyway. quasars are usually in the center of galaxies (theyre.. kinda attention seekers lowkey. being in the center) and sometimes when they host galaxies they kinda tweak out cheat on their galaxies and interact and or sit with merging galaxies

thanks for listening i dont wanna type no more