In-depth articles written by our editorial team focusing on the latest developments in materials science and technology
Discover how optical metasurfaces transform imaging and sensing technologies, offering advanced light manipulation for superior resolution and sensitivity.
Colon capsule endoscopy offers a non-invasive alternative to traditional colonoscopy, improving early cancer detection and patient compliance with minimal discomfort.
The interplay between linear and nonlinear optics plays a fundamental role in advancing optical technologies, with important applications in telecommunications, microscopy, and quantum communication. These developments are enhancing imaging techniques and improving light-based systems across multiple fields.
Optical coatings enhance device performance by manipulating light through reflection, transmission, and absorption. From anti-reflective layers on lenses to high-reflective coatings in lasers, these thin films are crucial in various industries, improving efficiency and durability in applications ranging from consumer electronics to aerospace.
Spectrophotometers are vital for optical analysis, measuring light behavior in materials to enhance research in chemistry, physics, and biomedical sciences.
By Nidhi Dhull
28 Aug 2024
Recent advancements in quantum optics are driving progress in quantum computing, communication, and ultra-precise sensing, with profound implications for technology and scientific research.
Solar fuels, produced from water and CO2 using solar energy, offer a sustainable alternative to fossil fuels with applications in transportation, power generation, and industry, driving us towards a cleaner energy future.
Lasers are categorized into thousands of types based on the lasing medium they use. The main categories—gas, liquid, solid-state, and semiconductor lasers—each possess distinct properties that influence their wavelength, power, and applications.
Plastic waste can be broken down using laser technology, transforming it into valuable materials like carbon dots and nanodiamonds, with potential uses in recycling, pollutant degradation, and space debris removal.
Aerosol optics studies the interaction of aerosol particles with light, highlighting their impact on climate change, atmospheric visibility, and remote sensing applications.