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Prismatic Miku

"Objects for diffraction." Practical exercises in light. 1914.

Internet Archive

Diffraction moment

holo eclipse with diffraction grating! 🌈🌙☀️💥���

I decided to sacrifice an old camera for the eclipse and see and capture everything through the camera screen. I guess the clouds in Monterrey acted as a filter, preventing my sensor from burning out 🙈 lol

indium, an extremely soft metal named after the deep indigo emissions it produces | source

Even if a planet is lucky enough to have a stable orbit that weaves between the spikes, the seasons get weird whenever it passes close to them.

Diffraction Spikes [Explained]

complementary views :3

ROCK YOU LIKE A HURRICANE

It would be this easy to become a 'Con with such good publicity coffcoffISAID--

I almost drew him with a guitar but that meant looking at a ref for more than 15 min and I only had those 15 mins to finish something so... air guitar orz HERE, luv him lots, @maxicaiman 💜

Max Theodor Felix von Laue (9 October 1879 – 24 April 1960)

A German physicist, Max Laue worked in a variety of different fields across his career, including thermodynamics, optics, and relativity. In the field of materials science and engineering he is most known for his research into diffraction and crystallography. He was awarded the Nobel Prize in physics in 1914 for his work on the X-ray diffraction of crystals. Laue diffraction patterns still carry his name (such as the right image pictured above) and the term Laue diffraction is still used to describe certain methods of obtaining crystallographic information.

Sources/Further Reading: (Images source - Wikipedia) (The Nobel Prize) (SciHi Blog) (Physics Blog)

Make a wish!

New follower sticker for: @softsoftmoonwitch!

sometimes you run into something that just overturns your understanding and builds a new, more coherent picture. this is one of them.

they taught us about diffraction theory at uni - Fresnel, Fraunhofer all of that, we did experiments with lasers - but it never occurred to me to analyse lenses in terms of diffraction. it makes so much sense now! i was never entirely satisfied by the ray approximation to light, so seeing what's really going on in the lightfield and how you can use a diffraction plate as a lens, with each ring contributing higher order Fourier terms to the image, is like. crazy cool.

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pretty colors for a pretty man,,,,

Ongoing project: Holonights Diffraction grating + cinestill 800t 🌈✨🌙🚦🌃🎞️

Have you ever marvelled😲 over those 3D projections in sci-fi movies? 🤔How many times could you tell the difference between real and fake 🥸 when you saw these holographic displays ? Of course, the reality of how holograms work isn't quite as flashy ⚡ as Hollywood portrays. But that doesn't make it any less fascinating! Tap & swipe ➡️ through this post to decode the science behind them.