@alinas_art: pinterest drawing trend pt.7 #drawing #art #sketchbook #pinterest #fyp

alina
alina
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Region: DE
Thursday 25 June 2026 18:19:37 GMT
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xoy.xoy38
XOY XOY<3 :
I found you twin
2026-06-26 04:34:50
7420
sh0gy0_m0gy0
— ѕнσgуσ мσgуσ ୨ৎ :
Art so good they thought it was AI💔
2026-06-25 23:24:38
4644
itzme.marian301
CANDY🍭 :
how the fuck people say that this is Ai
2026-07-20 11:37:04
0
c0er_z
⋆·˚ ༘ * :
it's so clean what😭😭😭
2026-07-19 08:50:35
0
finch__yy
𝐟𝐢𝐧𝐜𝐡 !!୧ :
why does ur pencil pencil like that thats not fair😡😡
2026-06-25 18:34:09
1046
tiaa.gamalll
༉ .ᐟ ★ Tia ♣️ :
how do you copy and paste like that?
2026-07-19 12:10:34
6
imczty
사이 :
ARGH SO CLEAN
2026-07-19 13:32:16
0
tintintinmartinn
Kaileaa :
do you have copy n paste in ur body😭
2026-07-18 03:23:10
14
vvardadrawz4
VVARDA._.DRAWZ♡ :
thats how mine turned out :) check out my pagee 💕
2026-07-14 18:55:36
18
angltearsq
clau saw enha & ive :
ai?
2026-06-25 18:52:04
234
noelle_2227
￴ :
this was mine ik it's mid I did it in a car chill on me
2026-06-26 14:12:07
70
abidawson2013
Abi ★ :
Your art is so good x
2026-06-25 18:24:41
49
yuyuartzz
yuyu ⋆ :
ME WHEN I SEE YOU POSTED ANOTHER MASTERPIECE
2026-06-25 18:25:39
275
iapolgseforbeinafreak
Iapolgisehvllyforbeinaunicorn :
Ai 😭🥀
2026-06-26 21:23:42
6
paldenbaijee77
དཔལ་ལྡན་ :
support me guyzzz
2026-06-30 16:59:27
9
keitty.cyb1
𝘒𝘦𝘪𝘵𝘵𝘺ʼ케🌬️ :
C’est pas de l’ia arrêtez… Orh… tous tourne autour de l’ia avec vous
2026-06-27 11:28:18
5
bestcatlovers_904
_.LEX._ :
I want to Draw Like You..
2026-06-26 08:39:16
5
miyusuki2
忍Daelin °˖✧☽ :
Yall do realize it's possible to draw that good without ai how do you think most anime characters are made😭
2026-06-26 02:35:00
27
cxmille_712
ೃCamilleೄྀ࿐ˊˎ-✮ :
Imagine being so good at drawing people call it ai
2026-06-26 16:30:11
13
mumj669
مؤمنة :
This is literally ai
2026-06-26 15:55:19
91
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Other Videos

Did you know the famous images from Hubble and the James Webb Space Telescope don’t come out of the telescope looking like that? And it’s definitely not what you’d see if you went to space 🚀🔭 I’ve been really interested in different forms of image-making… and in how we come to understand our world through images and the technologies that produce them. So I wanted to dig into how those famous space images actually came to be. Here’s what I learned! Our eyes pick up only a thin sliver of the electromagnetic spectrum — what’s known as visible light — and only when it’s fairly bright. Telescopes see far past us, catching infrared, ultraviolet, and other light we can’t detect at all. What they capture is monochromatic, black and white. Devoting the whole sensor to one narrow band captures far more detail, and astronomers usually want one specific range of wavelengths at a time. The color is added later, on the ground, by imaging specialists through deliberate choices, e.g., rules like chromatic order (shorter wavelengths become blue, longer become red) and shaped by what they’re trying to understand. So an astronomical image isn’t really a photograph. It’s more a data visualization. Telescopes let us gather different kinds of information about the universe. Turning that data into color, and into a final image, is ultimately an act of translation: a way to reveal and make sense of our universe. References in comments!! 📝 #DidYouKnow #spacescience #sciencecommunication #datavisualization #learningnewthings
Did you know the famous images from Hubble and the James Webb Space Telescope don’t come out of the telescope looking like that? And it’s definitely not what you’d see if you went to space 🚀🔭 I’ve been really interested in different forms of image-making… and in how we come to understand our world through images and the technologies that produce them. So I wanted to dig into how those famous space images actually came to be. Here’s what I learned! Our eyes pick up only a thin sliver of the electromagnetic spectrum — what’s known as visible light — and only when it’s fairly bright. Telescopes see far past us, catching infrared, ultraviolet, and other light we can’t detect at all. What they capture is monochromatic, black and white. Devoting the whole sensor to one narrow band captures far more detail, and astronomers usually want one specific range of wavelengths at a time. The color is added later, on the ground, by imaging specialists through deliberate choices, e.g., rules like chromatic order (shorter wavelengths become blue, longer become red) and shaped by what they’re trying to understand. So an astronomical image isn’t really a photograph. It’s more a data visualization. Telescopes let us gather different kinds of information about the universe. Turning that data into color, and into a final image, is ultimately an act of translation: a way to reveal and make sense of our universe. References in comments!! 📝 #DidYouKnow #spacescience #sciencecommunication #datavisualization #learningnewthings

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