News

A viral optical illusion is taking the internet by storm. It’s challenging people to spot a camouflaged toad hiding in […]

Infrared imaging relies on two main types of detectors: photon detectors and thermal detectors. Both pick up invisible infrared radiation,

Adaptive optics has really changed the way long-range night vision systems work in low-light situations. These systems can now correct

Microbolometers are at the center of many uncooled infrared imaging systems, turning invisible heat into clear, usable images. Unlike cooled

The race to advance AI infrastructure and next-generation communications just took a big leap. Grenoble-based Scintil Photonics, a pioneer in

Night vision tech really depends on a careful balance between how much of the scene you can see at once

Night vision tech relies on sensors that capture light beyond what our eyes can see. Quantum Well Infrared Photodetectors, or

Night vision devices let you see in low-light conditions, but they come with some quirks. Two of the most common

Thermal detectors have become essential in everything from industrial inspection to defense imaging. At the heart of these systems, you’ll

Night vision technology uses two totally different methods: amplifying faint light and detecting invisible heat. Image intensifiers take small amounts

Low-light imaging can get pretty tricky because unwanted noise often drowns out the real details in a scene. We measure

Wyse Light’s newest release—the RayMaster10—wants to shake up precision optics manufacturing. It’s designed to make things faster, more accessible, and

Night vision has come a long way. What started as bulky experimental gear turned into compact systems that let you

Noise in image intensifiers basically decides how much real detail you can see. Two main culprits are shot noise and

Night vision devices really struggle when they get hit with sudden bursts of bright light. If you don’t have some

The partnership between Ayar Labs and Alchip feels like a big leap for artificial intelligence infrastructure. They’re joining forces to

Night vision devices rely on materials that can capture and amplify even the faintest traces of light. Gallium arsenide (GaAs)

Night vision technology isn’t just about image intensifiers or fancy sensors. The quality of the objective lens and the overall

Night vision optics rely on more than just brightness. The real test of image quality is how well a system

Jenoptik, a global leader in photonics and precision optics, just announced big plans to grow its optics manufacturing operations in

The shift from copper cabling to fiber optics in data centers is speeding up. AI, cloud computing, and high-performance applications

Night vision technology lets people operate in darkness, but it definitely changes how our eyes and brain work together to

Night vision equipment needs to work reliably in some of the harshest environments out there. Dust, rain, extreme temperatures, and

Helmet-mounted night vision systems have gotten smaller, lighter, and way more versatile over the years. This change has really opened

Infrared radiation sits at the heart of how energy travels through our atmosphere, but it doesn’t just glide through untouched.

Camouflage has always helped people and equipment disappear into their surroundings, but with today’s night vision technologies, hiding gets a

Night vision technology matters a lot in defense, aviation, security, and even transportation. The ability to see in low-light conditions

Here’s something wild—researchers from Japan and Switzerland figured out how reef-building corals can sense light, even though they don’t have

Spectral filtering plays a huge part in boosting night vision systems by shaping how sensors capture and process light. By

Optical coatings play a huge role in how well night vision lenses and filters work. These thin layers control how

Night vision devices depend on more than just optics and sensors. Their performance really comes down to how well the

Infrared (IR) light sources drive much of today’s sensing, imaging, and communication tech. Instead of depending on ambient light, active

Digital night vision systems really rely on clear, reliable images. But, let’s face it, low-light environments bring in a lot

When an object gives off heat, its interaction with thermal radiation depends on its emissivity. Natural surfaces like water, soil,

The push for nationwide high-speed internet really leans on skilled technicians who can build, maintain, and fine-tune fiber networks. In

Infrared detection has traditionally used materials like mercury cadmium telluride and quantum well structures, but the field is shifting. Superlattice

Night vision devices really shine when the air’s clear, but their performance drops fast as soon as fog, rain, or

Infrared illumination plays a big part in things like remote controls, security cameras, and eye-tracking systems. You can’t see it,

This article dives into a genuinely exciting leap in optical technology—a new breed of reconfigurable nonlinear Pancharatnam-Berry (PB) diffractive optics

FIC Global Inc. has been making big moves in optical communications. The company’s clearly staking its claim as a leader

The co-packaged optical (CPO) modules market is heading into an era of transformative growth. Demands from artificial intelligence, high-performance computing

Low-light environments make it tough for sensors to capture both bright and dark details without losing important information. Traditional sensors

Fusion imaging blends thermal and intensified images to create a more informative view. Thermal imaging picks up heat signatures, while

Night vision used to just amplify faint light so you could see in the dark, but those old systems usually

Fiber optics has totally changed how doctors peek inside the human body without needing big incisions. Endoscopic systems use thin,

Artificial intelligence has completely changed how machines see in the dark. Night vision is now more accurate and reliable than

Digital night vision really comes down to how sensors grab and process light when things get dim. Two main sensor

The German technology company Jenoptik just announced a big expansion of its semiconductor optics manufacturing in Jena, Germany. They’re putting

Night vision devices give us the ability to see where our regular eyesight just can’t keep up. These tools either

Night vision tech has always depended on bulky sensors that need heavy cooling, which really limits how small and practical