@stargazing.29: A pulsar is a highly magnetized, rapidly rotating neutron star formed from a supernova remnant, emitting beams of electromagnetic radiation—often radio waves or X-rays—from its poles, creating a "lighthouse effect" observed as regular pulses. #astrophysics #Astronomy #stargazing #fypシ゚viral #foryou

smart individual :

gravistars are worse

Maybeso :

its so insane to me how these things arent living. Like, the shit they do seems so lifelike... idk maybe im weird

ennuii04 :

Imagine the energy that can be harvested from that thing. I’d use it to run my PS5

David🤨 :

I'ma hop of and eat rq

† brendan † :

Aze :

Nothing should be spinning that many times per second.

Light- :

Gods creation

Ollie :

Let's see. One AVERAGE human blink takes about ~0.1/0.4 seconds, let's assume it takes 0.25 seconds. since you said it spins 716 times a blink, we will see how 'much times it spins a second.' 0.25 x 4 = 1 that means we must do: 716 x 4 which equals: 2864 it rotates around 2864 times a second. let's now identify the Quasar, based on the description, the Quasar's name is PSR J1748-2446ad which's diameter is around 22 km, from my calculations, it would mean that the star is rotating at 0.66 c, which is 66% the speed of light, which would be impossible for the star to spin stably. And also, based on info I gathered, the star rotates 716x a second, and not 716 times a blink, which is ~0.25s. therefore, you are partially wrong.

⃟ :

Let's see. One AVERAGE human blink takes about ~0.1/0.4 seconds, let's assume it takes 0.25 seconds. since you said it spins 716 times a blink, we will see how 'much times it spins a second.' 0.25 x 4 = 1 that means we must do: 716 x 4 which equals: 2864 it rotates around 2864 times a second. let's now identify the Quasar, based on the description, the Quasar's name is PSR J1748-2446ad which's diameter is around 22 km, from my calculations, it would mean that the star is rotating at 0.66 c, which is 66% the speed of light, which would be impossible for the star to spin stably. And also, based on info I gathered, the star rotates 716x a second, and not 716 times a blink, which is ~0.25s. therefore, you are partially wrong.

zaylenp777 :

Not it’s real sound btw. Just a simulation of something you can’t hear either way.

TortaFeetFinder559 :

If i dont blink then it spins 0 times

Sirinablade :

penguin :

wrong, this is a sound from a different pulsar that spins around 11 times a second, if this were the real sound it would be at 716 hz, which sounds like a note/hum

I_like_dinos🦖 :

24% of the speed of light is 160,947,990.96 mph for the people who don’t want to do the math.

diego brando :

if im not wrong this is just the sound of the vela pulsar which spins around 13 times a second. im not sure tho so correct me if im wrong

ieyezjj :

What if it’s just an alien party

R3d Moch1 :

I can’t be the only one that hears that scene from Ice Age

𝐝 𝐚 𝐧 𝐚 :

𝒫𝒶𝓇𝓂𝓁ℯ ✝️ :

How do you measure a pulsar weight

Markus :

Hol up this beat kinda fire

paris :

i wonder what’s making the knocking sound

Yea :

How when sound isn’t captured in space can someone explain

Dyl_nBill :

not doubting it, just curious. how can we get the sound of it if there's no air/ sound in space?