seferyan, Author at FindLight Blog

Hyperspectral imaging cameras represent a critical advancement in optical sensing, enabling the capture of detailed spectral information across a wide range of wavelengths. Unlike traditional imaging ...

Pyroelectric sensors are revolutionizing how we detect and measure heat and motion across industries. From powering smart security systems to enabling precise laser measurements, these versatile sensors ...

In the quest to understand the universe, physicist Leonard Susskind offers a perspective that challenges everything we think we know. What if the universe isn’t just a collection of matter and energy, but ...

Metal-coated optical fibers have emerged as a critical component, offering unparalleled performance in extreme environments. Unlike standard polymer-coated fibers, metal-coated fibers are designed to ...

In optical spectroscopy, the quantification of light absorption as it transmits through a medium is foundational to many analytical techniques. Beer-Lambert’s Law, a linear relationship that ...

Welcome to the definitive resource on Nitrogen Lasers, crafted specifically for engineers and scientists seeking a deep understanding of this important technology. In this guide, you will uncover the ...

Black holes have always fascinated scientists and the public alike. These mysterious objects, with their immense gravitational pull, were once thought to trap everything, including light. But in 1974, ...

Imagine a universe where everything you see, feel, and experience is merely a projection, like a 3D movie playing on a flat screen. It might sound like science fiction, but this idea – known as the ...

The nature of gravity, a force that governs the movements of planets and galaxies, remains one of the greatest mysteries in physics. While quantum mechanics has successfully explained the behavior of ...

Chirped Pulse Amplification (CPA) is an important innovation in the development of ultrafast lasers, overcoming the power limitations imposed by direct pulse amplification. By temporally stretching, ...