Optical communication systems utilize light for data transmission, significantly improving bandwidth and security while advancing fiber optics technology.
By Samudrapom Dam
21 Oct 2024
Optical imaging techniques, including OCT and intraoral scanning, are essential in orthodontic diagnostics, improving treatment accuracy and patient care.
By Samudrapom Dam
15 Oct 2024
Air-sensitive samples of materials such as reactive nanoparticles can rapidly degrade or change when exposed to oxygen.
Vacuum windows are components designed to separate different environments while allowing light to pass through. Discover how to manufacture vacuum windows here.
Optical imaging techniques, including fluorescence microscopy and spectroscopic imaging, enable non-invasive medical diagnostics and advanced material analysis.
Recent advancements in light-based lithography, including EUVL, have significantly improved semiconductor manufacturing. Ongoing research into novel photoresist materials addresses key challenges in microchip production.
By Ibtisam Abbasi
4 Oct 2024
An overview of photonics, detailing its core principles, technologies, and applications in healthcare, telecommunications, and manufacturing. Photonics drives innovations in fields like diagnostics, high-speed communication, and clean energy, with emerging trends like quantum and silicon photonics shaping future technologies.
Recent developments in brain imaging techniques are reshaping neuroscience, improving diagnostic accuracy and treatment planning for neurological conditions.
In this interview, Dr. Erik Novak and Kris Brown speak to AZoOptics about the impact of optical gauges.
Biomedical optics leverages light-tissue interactions to enable advanced imaging, diagnostics, and therapies, offering precise, non-invasive tools for improved healthcare outcomes.