New method using Raman spectroscopy and machine learning estimates organic maturity in rocks, crucial for oil exploration, ...

Chip-scale integration of optical frequency combs provides miniaturized instrumentation that bridges optical and microwave signals. Recently, Chinese scientists have demonstrated soliton microcombs in ...

The rapid evolution of integrated photonics is driving the demand for multifunctional material platforms that support diverse on-chip optical ...

Optical techniques are methods that use light to probe or control matter. One prominent example is optical spectroscopy, which includes such methods as pump–probe spectroscopy, Raman ...

"A strategic overview of biophotonics innovations, market trends, and cross-industry applications shaping the future of healthcare and life sciences." ...

Integrating Raman spectroscopy with proximal optical sensors, such as Dualex (Dx) and Multiplex (Mx), offers a transformative approach to precision nitrogen management in broccoli seedlings, ...

Integrating Raman spectroscopy into "green" ammonia production brings a significant advancement to product quality and ...

Scientists use ptychography to capture atoms as they transfer heat, and learn that phasons dominate during thermal movement ...

BENGALURU: In a breakthrough that could shrink brain-scanning MRI-like machines from room-sized setups to something that may fit anywhere, scientists at Raman Research Institute (RRI) have developed a ...

Stringent environmental and safety monitoring in lithium battery manufacturing ensures product quality and compliance with ...

Understanding Raman spectra is crucial for identifying molecular structures, with key features like peak positions and intensities providing valuable data.

In a study published in the Journal of Biomedical Optics, researchers at the Saint-Étienne University Hospital and ...