#wave optics
11 related articles
The Mathematical Physics of Rainbows a…
·4 min
The Mathematical Physics of Rainbows and Glories: From Geometric Optics to Complex Angular Momentum Theory
An in-depth analysis of the mathematical physics behind rainbows and glories, from Descartes' geometric optics and Airy function wave theory to complex angular momentum scattering theory.
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·3 min
Real-Time Underwater Image Processing System: The Technology Behind 4K 60FPS
Deep dive into a real-time underwater image processing system running on a laptop, achieving 4K 60FPS color restoration via CUDA acceleration and an adaptive Sea-Thru engine, with HUD telemetry integrated on a FIFISH V-EVO ROV.
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·3 min
The Clearest Solar Images in History: Revealing Never-Before-Seen Fine Structures on the Sun's Surface
The most detailed solar images ever captured reveal fine structures on the Sun's surface at unprecedented resolution, including granulation and magnetic activity, advancing solar physics and space weather prediction.
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·3 min
Mechanically Strain-Induced Chirality: Reshaping Material Symmetry Through Physical Mechanics
Explore how mechanical strain breaks material symmetry to induce chiral structures. This article analyzes the physical mechanisms, advantages, and applications in programmable metamaterials, pharmaceuticals, and flexible electronics.
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·3 min
The Depth Perception Challenge for Transparent Objects: How LingBot-Depth Breaks Through with Masked Depth Modeling
Depth perception for transparent and reflective objects has long been a core challenge in robotic grasping. LingBot-Depth uses masked depth modeling to turn sensor failure into supervisory signals, inferring glass depth from RGB context.
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·3 min
The Depth Perception Challenge for Transparent Objects: How LingBot-Depth Breaks Through with Masked Depth Modeling
Transparent and reflective object depth perception is a core challenge in robotic grasping. LingBot-Depth uses masked depth modeling to turn sensor failure into supervision, inferring glass depth from RGB context.
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·5 min
Why Are China's Open-Source AI Models Getting Stronger? A Deep Dive into Three Comeback Paths
Facing US chip bans and closed-source monopolies, how do China's open-source AI models keep striking back? A deep dive into three core paths: open-source pricing-power games, optical interconnect positioning, and edge-side use cases.
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·5 min
Why Are China's Open-Source AI Models Getting Stronger? A Deep Dive Into Three Comeback Strategies
Facing US chip bans and closed-source monopoly, how do China's open-source AI models keep fighting back? A deep dive into three core paths: open-source pricing games, optical interconnect positioning, and on-device scenarios.
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·3 min
Sony RX10 V Superzoom Deep Dive: Stacked Sensor + 25x Zoom Mark a Major Upgrade
Sony revives the RX10 series after nine years with the RX10 V — featuring a new 1-inch stacked CMOS sensor and Zeiss 24-600mm f/2.4-4 lens. Full specs breakdown inside.
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·2 min
Apple AR Glasses Delayed to 2030, Vision Air Canceled, New Vision Pro Coming 2028 at Earliest
Apple AR glasses delayed to 2029-2030, Vision Air canceled, replaced by a lighter, cheaper next-gen Vision Pro expected in late 2028 or 2029.
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Deep Dives
How Maxwell's Equations Derive the Spe…
·2 min
How Maxwell's Equations Derive the Speed of Light: Physics' Most Stunning Unification
How Maxwell's equations mathematically derive the speed of light, revealing that light is an electromagnetic wave. Fermilab physicist Don Lincoln explains how basic research transforms civilization.
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