إذا كان عليك الاختيار: هل تفضّل هاتفاً بسطوع “أرقام قياسية”؟ أم شاشة ذات انعكاس منخفض تمنحك رؤية حقيقية تحت الشمس؟ شارك رأيك. #SmartphoneDisplay #Brightness #AntiReflection #TechTwitter

POV: You can actually see your screen.👀 #ARFilm #Screenprotector #Antireflection

Highlights •
Wedge microprisms yield omnidirectional antireflection for upright solar panels

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Surface reflectance below 1% for direct sunlight in the daytime is achieved

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An enhanced photovoltaic efficiency of ∼15% is observed in real-world settings

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Applications for building integration, vehicles, and solar farms are expected
 sciencedirect.com/science/ar…

I went to the local mobiles store to ask if they have any antiglare/antireflection screen protectors for 17 Pro Max. They were trying to sell me the privacy protector even after explaining it’s a different thing and not what I am after. Grandparents would probably have bought it

🧵 3/12 #Solar Cell Structure - #Engineering #Marvel: 🛡️ Antireflection Coating - Minimizes light reflection ⚡ Top Junction Layer - Creates electric field 💎 Absorber Layer - Core #silicon where magic happens 🔌 Metal Contacts - Grid pattern to collect electricity 🏗️ Back Contact - Completes the electrical circuit Fun Fact: Front contacts are thin grid lines to let maximum light through while still collecting current efficiently!

AR DOME GLASS for iPhone 17 – Premium screen protection with Anti-Reflection! > 17: amazon.com/dp/B0FPLSLYJH 17 Pro: amazon.com/dp/B0FPVZCJL3 17 Air: amazon.com/dp/B0FPWVWF8K 17 Pro Max: amazon.com/dp/B0FPWMY2KT > #iPhone17 #DomeGlass #Whitestone #AntiReflection #TemperedGlass

Machine learning-guided antireflection coatings architectures and interface modification for synergistically optimizing efficient and stable #perovskite solar cells sciencedirect.com/science/ar… #AI #AIchem @PerovskiteTweet @perovskiteinfo

There's footage of the phones already and they definitely don't resemble the Galaxy Ultra's antireflection. (This is a 17 Pro)

[PDF] Learning deeply to vanish light: intelligent metasurface design for next-generation antireflection 🛸✈️ goo.gl/scholar/D2Xm7e

💎 #Sapphire wonder material. Sapphire mineral is a crystalline form of aluminum oxide (Al₂O₃) with hexagonal molecular structure. Sapphire is largely used in the manufacturing industry for a unique combination of properties that range from the hardness which is one of the highest in nature, 9 in the Mohs scale, to the density at approx 3.98 g/cm³. Sapphire has elevated refractive index, excellent shock resistance, and a compressive strength that reach up to 2,000 MPa which makes this mineral highly resistant to heat, wear and erosion. Last but not least sapphire has exceptional dielectric properties making it the ideal substrate for electronics such as LEDs, lasers, and semiconductor or simply as electrical insulator. In this nano engineering work is reported the fabrication of sapphire nanostructures with a tapered profile displaying scratch free, anti-glare, anti-fogging, and anti-dust protection. The composition is made by nanopillars spaced 330 nm apart and an aspect ratio of 2.1. The sample exhibit broadband and omnidirectional antireflection qualities, with an enhanced light transmission of 95.8% at λ of 1360 nm, the highest reported for sapphire thus far. 🔗 pubs.rsc.org/en/content/arti…

Sapphire nanostructures for electronic displays. You'd think these would be problematic, but this paper is saying it's dirt resistant due to extreme hydrophobicity, and it's even scratch, fog & glare resistant. The full patterning process is explained: "The nanostructures were patterned using interference lithography, and then transferred to a sapphire substrate using reactive ion etching. Sapphire has a low etching rate due to its chemical stability, and thus a thick polysilicon layer with a thickness of 1000 nm was deposited on the sapphire substrates for use as an etching mask. Subsequently, the samples were spin coated with a 100 nm-thick antireflection coating (Brewer Science, ARC i-con-7) and 200 nm-thick photoresist (Sumitomo, PFi-88A2). The photoresist was exposed using a Lloyd's mirror interference lithography (Kimmon HeCd laser, 325 nm wavelength) to pattern a 2D pillar array with a period of 330 nm. The photoresist pattern was transferred into the underlying ARC, polysilicon, and sapphire substrates using inductively coupled plasma reactive ion etching (ICP, Oxford 100) using O2, HBr, and BCl3/HBr gases, respectively. Notably, a low-RF power was used for the etching of the polysilicon layer with HBr RIE, which significantly increased the silicon to photoresist etch selectivity."

Lol they don't know what is antireflection coating... You will soon have one way mirror where the hands look at you!! This is anti reflecting coating from good Japanese watches

In antireflection yes

Best display not there are other display that is better in antireflection yes

Antireflection matters 👋

Gu2025: Bioinspired broadband antireflection coatings on silicon wafers enabled by a polyimide-assisted self-masking technique doi.org/10.1364/OL.540303

The top QD-OLED will put out about 4,000 nits, has an improved antireflection screen, and the AI processor went from 20 neural processing units to 120 neural processing units. Processing was always one of the weaker aspects of Samsung's tvs so it should massively improve picture.

موجودة في محلات النظارات وبعدة انواع ومسميات ومنها اللي في الصوره واسمها عدسات Crizal فرنسية . و عدسات اخرى عليها طبقة ملتي كوت Multicoat وعدسات عليها طبقة انتي رفلكشن Antireflection وعدسات اسمها انتي قلير Antiglare

موجودة في محلات النظارات وبعدة انواع ومسميات ومنها اللي في الصوره واسمها عدسات Crizal فرنسية . و عدسات اخرى عليها طبقة ملتي كوت Multicoat وعدسات عليها طبقة انتي رفلكشن Antireflection وعدسات اسمها انتي قلير Antiglare

We all love using our collections to talk about structural color! 🦋 Time for a physics lesson now as @americanbeetles provides some of her favorite methods for demonstrating circular polarization, pointillistic color mixing, diffraction gratings, antireflection & more! #ECN2024