www.youtube.com/watch?v=PpcdN- #creativecoding #audiodsp #math #science #lightphysics #analog #electronicmusic #electronicartists #electronicarts #electro #needforspeed #drumnbass #techno #hypersaw #supersaw #trance #fouronthefloor #indiedev #gamedev #retro #synthwave #slowed #oscilloscope #music
Hydrus - Retrofusion (ft Hypersaws).ogg
YouTube video by Soundemote
www.youtube.com
June 28, 2026 at 2:11 PM
Light does not stay ordered by default.
It disperses. across systems, stable transport only appears inside a narrow control corridor—outside it, coherence collapses and loss dominates. We’re mapping where that corridor exists!
#Photonics #LightPhysics #NonEquilibrium #AE0
It disperses. across systems, stable transport only appears inside a narrow control corridor—outside it, coherence collapses and loss dominates. We’re mapping where that corridor exists!
#Photonics #LightPhysics #NonEquilibrium #AE0
February 4, 2026 at 6:53 PM
Light does not stay ordered by default.
It disperses. across systems, stable transport only appears inside a narrow control corridor—outside it, coherence collapses and loss dominates. We’re mapping where that corridor exists!
#Photonics #LightPhysics #NonEquilibrium #AE0
It disperses. across systems, stable transport only appears inside a narrow control corridor—outside it, coherence collapses and loss dominates. We’re mapping where that corridor exists!
#Photonics #LightPhysics #NonEquilibrium #AE0
A New Form of Light Spirals Just Like Nautilus Shells and Sunflower Seeds #Science #Physics #OpticsandPhotonics #LightPhysics #NatureInspiration #Optics
A New Form of Light Spirals Just Like Nautilus Shells and Sunflower Seeds
Learn about the optical rotatum, a newfound structure of light that exhibits a spiral pattern linked with various parts of nature.
purescience.news
April 15, 2025 at 1:02 AM
A New Form of Light Spirals Just Like Nautilus Shells and Sunflower Seeds #Science #Physics #OpticsandPhotonics #LightPhysics #NatureInspiration #Optics
Why Are Supernumerary Rainbows Hidden Inside Rainbows?
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Why Are Supernumerary Rainbows Hidden Inside Rainbows?
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at different angles These ghost ba
mazingamazingly.blogspot.com
August 12, 2026 at 2:14 AM
Why Are Supernumerary Rainbows Hidden Inside Rainbows?
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Why Are Supernumerary Rainbows Hidden Inside Rainbows?
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Why Are Supernumerary Rainbows Hidden Inside Rainbows?
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at different angles These ghost ba
mazingamazingly.blogspot.com
August 11, 2026 at 7:13 PM
Why Are Supernumerary Rainbows Hidden Inside Rainbows?
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Supernumerary rainbows are 2–10 faint, pastel-colored bands inside the primary rainbow caused by light wave interference from two rays exiting the same water droplet at diff...
#AtmosphericOptics #EarthSciences #LightPhysics #Nature #Science
Where to See Crepuscular Rays Near You?
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Where to See Crepuscular Rays Near You?
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observer. Sprin
mazingamazingly.blogspot.com
July 24, 2026 at 5:04 PM
Where to See Crepuscular Rays Near You?
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Where to See Crepuscular Rays Near You?
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Where to See Crepuscular Rays Near You?
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observer. Sprin
mazingamazingly.blogspot.com
July 24, 2026 at 4:06 PM
Where to See Crepuscular Rays Near You?
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
Crepuscular rays are cloud shadows, not light beams—they occur when sunlight passes through gaps in 30-70% cloud cover at sun angles of 2-10° below horizon, visible within 60 km of the observ...
#LightPhysics #LocalNature #NaturalPhenomena #Nature #Science
यह जानना दिलचस्प है कि कपड़ों का रंग आपकी स्किन टोन को कैसे बदलता है। अलग-अलग फैब्रिक रोशनी को अलग तरह से रिफ्लेक्ट करते हैं, जिससे चेहरा कभी ब्राइट, कभी वॉर्म, तो कभी डल या ज्यादा वाइब्रेंट दिख सकता है। यह फैशन नहीं, पूरी तरह साइंस है, कलर साइंस और लाइट फिज़िक्स का कमाल।
#knowledge #learning #KnowledgeBytes #ColorScience #LightPhysics #science
#knowledge #learning #KnowledgeBytes #ColorScience #LightPhysics #science
November 30, 2025 at 2:15 PM
यह जानना दिलचस्प है कि कपड़ों का रंग आपकी स्किन टोन को कैसे बदलता है। अलग-अलग फैब्रिक रोशनी को अलग तरह से रिफ्लेक्ट करते हैं, जिससे चेहरा कभी ब्राइट, कभी वॉर्म, तो कभी डल या ज्यादा वाइब्रेंट दिख सकता है। यह फैशन नहीं, पूरी तरह साइंस है, कलर साइंस और लाइट फिज़िक्स का कमाल।
#knowledge #learning #KnowledgeBytes #ColorScience #LightPhysics #science
#knowledge #learning #KnowledgeBytes #ColorScience #LightPhysics #science
Scientists at the National Research Council in Italy have achieved a groundbreaking milestone by converting light into a quantum "supersolid" — a unique state of matter that flows like a liquid while maintaining a solid structure.
#QuantumPhysics #Supersolid #ScientificBreakthrough #LightPhysics
#QuantumPhysics #Supersolid #ScientificBreakthrough #LightPhysics
March 10, 2025 at 6:08 PM
Scientists at the National Research Council in Italy have achieved a groundbreaking milestone by converting light into a quantum "supersolid" — a unique state of matter that flows like a liquid while maintaining a solid structure.
#QuantumPhysics #Supersolid #ScientificBreakthrough #LightPhysics
#QuantumPhysics #Supersolid #ScientificBreakthrough #LightPhysics
Beyond cones, the thread delved into the physics of light absorption, especially in plants. It explains why leaves are green – absorbing red/blue, reflecting green – tying back to how our vision evolved. #LightPhysics 3/6
July 21, 2025 at 1:00 PM
Beyond cones, the thread delved into the physics of light absorption, especially in plants. It explains why leaves are green – absorbing red/blue, reflecting green – tying back to how our vision evolved. #LightPhysics 3/6
Light Versus Light: The Secret Physics Battle That Could Rewrite the Rules #Science #Physics #TheoreticalPhysics #PhysicsBattle #LightPhysics #ScientificDiscovery
Light Versus Light: The Secret Physics Battle That Could Rewrite the Rules
In a fascinating dive into the strange world of quantum physics, scientists have shown that light can interact with itself in bizarre ways—creating ghost-like virtual particles that pop in and out of...
purescience.news
July 29, 2025 at 1:30 PM
Light Versus Light: The Secret Physics Battle That Could Rewrite the Rules #Science #Physics #TheoreticalPhysics #PhysicsBattle #LightPhysics #ScientificDiscovery