Mamuk

levanto catedrales de quizás
If art imitates life, I'll simulate it

[Mamuk @prougen]

veo mi fantasma en el vidrio, sonriéndole a algo que nunca pasó

[Mamuk @prougen]

sonraki hedefim de neutron star.. gravity sayesinde yıldızın etrafını görebilmek... kendi kendime mind blown olmak istiyorum

[Mamuk @prougen]

self-deprecation yapmadığımda ayna karşısında kendime bakıp weirdo diyorum

[Mamuk @prougen]

full 8K render: https://t.co/S6nD1ABgCD

[Mamuk @prougen]

i've always wanted to see the universe from places i'll never get to visit. building Journey to a Black Hole day by day is my way of getting a little closer.

the milky way, from an impossible orbit. rendered in 8K. 🌌

[Mamuk @prougen]

left: the milky way distorted by gravitational lensing.
right: simulated plasma emission at 230 GHz, using KHARMA data.

[Mamuk @prougen]

the milky way, from an impossible orbit

simulated and rendered by me.

[Mamuk @prougen]

sky source: NASA Goddard Scientific Visualization Studio (@NASAGoddard) — Deep Star Maps 2020.

https://t.co/BaLit14pMk

[Mamuk @prougen]

the milky way, from an impossible orbit

simulated and rendered by me.

[Mamuk @prougen]

What's better than getting your GPU toasty when you are sick and your sleep schedule is questionable?

[Mamuk @prougen]

preparing some obligatory show-off renders, but i'm starting to think i'm not emotionally prepared for what it's about to come.
you know shit's getting real when you have to split a single virtual camera's view into smaller tiles and stitch everything back together just to get one render.

soon™

[Mamuk @prougen]

just to clarify: the agreement numbers are from a separate thin-disk benchmark. the image shows polarized Kerr transfer using a KHARMA snapshot at 230 GHz.

[Mamuk @prougen]

visualizing the polarization structure of radiation transported through curved spacetime.
reproduced the published ipole-IL thin-disk benchmark with a 0.28% flux difference and a 0.002° polarization-angle difference.

[Mamuk @prougen]

who would've thought staring at diagnostics would be more satisfying than looking at the actual render?

[Panagiotis Xipteras @xipteras]

We must accept physics as it is. A 10cm telescope will reveal everything a 10cm aperture can capture. The sky isn’t a TikTok, Reels or Shorts with a three-second attention span. We must accept the millions of years of genuine reality staring us right in our eyes.

Stargazing is facing reality in its purest form.

[Mamuk @prougen]

still very much a WIP. same camera, same Kerr spin, different render layers / source models: optical composite (lensed sky + analytic accretion flow), KHARMA plasma at 230 GHz, isolated analytic flow, and a ray grid as a bonus.

[Mamuk @prougen]

Kerr lensing of an analytic accretion disk, simulated and rendered on my poor gpu.

[Mamuk @prougen]

@umitimsi

[Mamuk @prougen]

me desperté de la siesta con pochoclos recién hechos en la mesa de luz. ni idea de dónde salieron...o se me formateó la memoria o sama me está envenenando x mis sticks de ram

doesn't matter, hepsini yicem

[Mamuk @prougen]

@dilnsrc no way I see that without some CSI zoom enhance thing

[Mamuk @prougen]

@dilnsrc my night is also officially ruined 🫡

[Mamuk @prougen]

what do you mean?? I'm definitely having those convos in my head, and weeping a little