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$winterrgirll: this is my beautiful new opal ring I bought myself. i’ve wanted an opal for years and finally decided to splurge. opal’s are my favorite gemstones. i love love how pretty they are and the way they diffract light. the stone brings$

winterrgirll: this is my beautiful new opal ring I bought myself. i’ve wanted an opal for years and finally decided to splurge. opal’s are my favorite gemstones. i love love how pretty they are and the way they diffract light. the stone brings

$edmbreeze: Vision through the diffraction glasses at EDCLV$

edmbreeze: Vision through the diffraction glasses at EDCLV

$scienceisbeauty: X-ray diffraction pattern of a single Mimivirus particle imaged at the LCLS. In this study, the X-ray pulse lasted a millionth of a billionth of a second and heated the virus to 100,000 degrees Celsius, but not before this image was$

scienceisbeauty: X-ray diffraction pattern of a single Mimivirus particle imaged at the LCLS. In this study, the X-ray pulse lasted a millionth of a billionth of a second and heated the virus to 100,000 degrees Celsius, but not before this image was

$sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things$

sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things

$awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$burnhazard: (via Atomic Surgery: Born This Day: Francesco Maria Grimaldi) Grimaldi (April 2, 1618 - Dec. 28, 1663) was an Italian mathematician and physicist who studied the diffraction of light…$

burnhazard: (via Atomic Surgery: Born This Day: Francesco Maria Grimaldi) Grimaldi (April 2, 1618 - Dec. 28, 1663) was an Italian mathematician and physicist who studied the diffraction of light…

$An Airplane Glory #nasa #apod #theglory #heiligenschein #specterofthebrocken #shadow #sun #clouds #reflection #refraction #diffraction #space #science #astronomy$

An Airplane Glory #nasa #apod #theglory #heiligenschein #specterofthebrocken #shadow #sun #clouds #reflection #refraction #diffraction #space #science #astronomy

$A Horizon with Blue and Red #nasa #apod #horizon #volcano #lava #clouds #moon #corona #diffraction #moonlight #stars #planets #saturn #volcandefuego #volcanooffire #guatemala #solarsystem #space #science #astronomy$

A Horizon with Blue and Red #nasa #apod #horizon #volcano #lava #clouds #moon #corona #diffraction #moonlight #stars #planets #saturn #volcandefuego #volcanooffire #guatemala #solarsystem #space #science #astronomy

$Sun Halo over Sweden #nasa #apod #sun #sunlight #halo #sunhalo #diffraction #clouds #ice #crystals #atmosphere #lens #sundogs #parhelia #vemdalenskiresort #stockholm #sweden #space #science #astronomy$

Sun Halo over Sweden #nasa #apod #sun #sunlight #halo #sunhalo #diffraction #clouds #ice #crystals #atmosphere #lens #sundogs #parhelia #vemdalenskiresort #stockholm #sweden #space #science #astronomy

$internal diffractions ☀️☄️$

internal diffractions ☀️☄️

$aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence, but can cause halos,$

aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence, but can cause halos,

$aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence, but can cause halos,$

aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence, but can cause halos,

$nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — by rolf kohl. see also: circumhorizontal arcs, asperatus clouds, mammatus clouds, polar$

nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — by rolf kohl. see also: circumhorizontal arcs, asperatus clouds, mammatus clouds, polar

$nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds. (photos)$

nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds. (photos)

$sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things$

sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things

$joeinct: Dr. Robert Wood Stands Behind a Mosaic Diffraction Grating, Photo by Andreas Feininger, 1944$

joeinct: Dr. Robert Wood Stands Behind a Mosaic Diffraction Grating, Photo by Andreas Feininger, 1944

$joeinct: Dr. Robert Wood Stands Behind a Mosaic Diffraction Grating, Photo by Andreas Feininger, 1944$

joeinct: Dr. Robert Wood Stands Behind a Mosaic Diffraction Grating, Photo by Andreas Feininger, 1944

$aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence, but can cause halos,$

aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence, but can cause halos,

$trulyvincent:Light diffracting through hummingbird wings$

trulyvincent:Light diffracting through hummingbird wings

$josephlui:Space background for a commission in all it’s glory + diffraction spikes (aka sparkles!)$

josephlui:Space background for a commission in all it’s glory + diffraction spikes (aka sparkles!)

$jopitr:Space background for a commission in all it’s glory + diffraction spikes (aka sparkles!)$

jopitr:Space background for a commission in all it’s glory + diffraction spikes (aka sparkles!)

$did-you-kno: When light is diffracted by small water droplets and ice crystals inside a cloud, it produces cloud iridescence or “cloudbows.” Source$

did-you-kno: When light is diffracted by small water droplets and ice crystals inside a cloud, it produces cloud iridescence or “cloudbows.” Source

$nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds. (photos)$

nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds. (photos)

$cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed$

capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed

$avatarstateyipyip: aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence,$

avatarstateyipyip: aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence,

$a-night-in-wonderland: cloud iridescence - caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds.$

a-night-in-wonderland: cloud iridescence - caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds.

$avatarstateyipyip: aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence,$

avatarstateyipyip: aestheticalspace: Iridescent clouds, looking like a rainbow in the clouds. A diffraction phenomenon caused by small water droplets or small ice crystals individually scattering light. Larger ice crystals do not produce iridescence,

$littlepawz: Natural phenomenon of diffraction of light transforms black hummingbird’s wings into tiny rainbows ~photo credit: Christian Spencer~$

littlepawz: Natural phenomenon of diffraction of light transforms black hummingbird’s wings into tiny rainbows ~photo credit: Christian Spencer~

$edmbreeze: Vision through the diffraction glasses at EDCLV$

edmbreeze: Vision through the diffraction glasses at EDCLV

$stylish-homes: Artist Kimsooja transformed the Crystal Palace of Madrid with diffraction film and a mirror floor via reddit$

stylish-homes: Artist Kimsooja transformed the Crystal Palace of Madrid with diffraction film and a mirror floor via reddit

$crossfitters: Julie Foucher closing in on the finish line for the Sled Push at the CF Games 2014. Diffracted_photos$

crossfitters: Julie Foucher closing in on the finish line for the Sled Push at the CF Games 2014. Diffracted_photos

$crossfitters: Chyna Cho by @diffracted_photos$

crossfitters: Chyna Cho by @diffracted_photos

$opticallyaroused: awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

opticallyaroused: awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$repressedsoul: Eevee’s diffraction$

repressedsoul: Eevee’s diffraction

$littlepawz: Natural phenomenon of diffraction of light transforms black hummingbird’s wings into tiny rainbows ~photo credit: Christian Spencer~$

littlepawz: Natural phenomenon of diffraction of light transforms black hummingbird’s wings into tiny rainbows ~photo credit: Christian Spencer~

$funkysafari:In this photo, the bird’s wing acts as a diffraction grating—a surface structure with a repeating pattern of ridges or slits. The structure causes the incoming light rays to spread out, bend and split into spectral colors, producing this$

funkysafari:In this photo, the bird’s wing acts as a diffraction grating—a surface structure with a repeating pattern of ridges or slits. The structure causes the incoming light rays to spread out, bend and split into spectral colors, producing this

$nemfrog: Plate VI. Diffracted light. Les phénomènes de la physique. 1868.$

nemfrog: Plate VI. Diffracted light. Les phénomènes de la physique. 1868.

$knightinshiningflannel: a-night-in-wonderland: cloud iridescence - caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds. ALL HAIL$

knightinshiningflannel: a-night-in-wonderland: cloud iridescence - caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds. ALL HAIL

$awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed$

capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed

$littlepawz: Natural phenomenon of diffraction of light transforms black hummingbird’s wings into tiny rainbows ~photo credit: Christian Spencer~$

littlepawz: Natural phenomenon of diffraction of light transforms black hummingbird’s wings into tiny rainbows ~photo credit: Christian Spencer~

$cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$Vision through the diffraction glasses at EDCLV this shit when you’re rolling though…$

Vision through the diffraction glasses at EDCLV this shit when you’re rolling though…

$sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things$

sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things

$nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — by rolf kohl. see also: circumhorizontal arcs, asperatus clouds, mammatus clouds, polar$

nubbsgalore: photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — by rolf kohl. see also: circumhorizontal arcs, asperatus clouds, mammatus clouds, polar

$caitlingillam: diffracted sunlight by Gianluca Bennati on Flickr.$

caitlingillam: diffracted sunlight by Gianluca Bennati on Flickr.

$dearfern: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

dearfern: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$josephlui: Space background for a commission in all it’s glory + diffraction spikes (aka sparkles!)$

josephlui: Space background for a commission in all it’s glory + diffraction spikes (aka sparkles!)

$cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed$

capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed

$nubbsgalore:photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — by rolf kohl. see also: circumhorizontal arcs, asperatus clouds, mammatus clouds, polar$

nubbsgalore:photos of cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — by rolf kohl. see also: circumhorizontal arcs, asperatus clouds, mammatus clouds, polar

$awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)$

awkwardsituationist: cloud iridescence — caused as light diffracts through tiny ice crystals or water droplets of uniform size, usually in lenticular clouds — photographed by rolf kohl. (more cloud pics)

$nopants-trancedance: edmbreeze: Vision through the diffraction glasses at EDCLV Honestly tho fuck diffraction glasses$

nopants-trancedance: edmbreeze: Vision through the diffraction glasses at EDCLV Honestly tho fuck diffraction glasses

$edmbreeze: diamondmau5: nopants-trancedance: edmbreeze: Vision through the diffraction glasses at EDCLV Honestly tho fuck diffraction glasses Tru how can people even wear those things they give me mad headaches! You have to be sober to be using$

edmbreeze: diamondmau5: nopants-trancedance: edmbreeze: Vision through the diffraction glasses at EDCLV Honestly tho fuck diffraction glasses Tru how can people even wear those things they give me mad headaches! You have to be sober to be using

$capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed$

capturedphotos: The Moon and Stars 28 images combined, each with a 15 second exposure. Taken around 8:30pm at Caspersen Beach, Florida. Stacked using Waguila’s star stacker program and the star spikes program for the diffraction effect. Photographed

$ayohata: umazura: classics: j-p-g: Diffraction Fiber via Etsy (via designmilk)$

ayohata: umazura: classics: j-p-g: Diffraction Fiber via Etsy (via designmilk)

$suklad: Fraunhofer Diffraction$

suklad: Fraunhofer Diffraction

$sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things$

sunfl0werpetal: cubebreaker: Artist Kimsooja transformed the Palacio de Cristal into a heavenly dreamworld using translucent diffraction film on the windows to create a rainbow effect which reflected off the mirrored floor. I believe in the good things

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