A new green synthesis method uses laser ablation of bay leaves in PBS to create fluorescent carbon dots with stable blue ...

Raman spectroscopy uses scattered light to identify a substance's chemical ingredients and is one of the most widely used ...

Bringing the power of Raman technology to the everyday analysis lab is the Thermo Scientific ™ DXR3 SmartRaman spectrometer, a dedicated, push-button operated, highly automated, macro-sampling Raman ...

Growth is driven by the increasing adoption of drones due to their efficiency and cost-effectiveness compared to traditional ...

A new study reveals glaphene, a hybrid of graphene and silica, showcasing strong interlayer interactions that enhance its potential for innovative applications.

The ZEUS laser facility at the University of Michigan in Ann Arbor has roughly doubled the peak power of any other laser in ...

Park Systems’ latest atomic force microscopy innovation, the Park FX200, is designed specifically for 200 mm samples. Its sophisticated mechanical structure assures much lower noise levels, minimum ...

MultiPulse laser technology is the result of extensive medical experience gained over many years of research in the field of surgery. The CO2 laser, introduced into surgery over thirty years ago ...

How spectroscopic sensors are making forensic drug analysis faster, more accurate, and field-ready—with help from AI and ...

Now, an in situ nonlinear optical spectroscopy approach enables the characterization of such buried interfaces. Aided by ab initio molecular dynamic simulations, unexpected reaction pathways are ...

A recent study explores how doping semiconductors like InGaAs enhances nonlinear optical responses in plasmonic ...

Researchers have developed a 3D nanoprinted fiber-integrated hollow-core waveguide that improves nanoparticle tracking ...