This review discusses how nonlinear optics and intelligent control techniques are advancing ultrafast laser technology, ...

This pilot study reveals the potential of bNIRS in diagnosing dementia by measuring oxCCO levels, offering a noninvasive and ...

With its ability to control light at nanoscale, plasmonics is transforming optical technologies, impacting fields from medicine to environmental monitoring.

Insights into coherence synthesis in nonlinear optics highlight the role of spatial coherence in shaping second harmonic ...

This article examines super-resolution laser machining, exploring optical techniques that enable sub-diffraction feature ...

A collaborative team from the University of Stuttgart in Germany and the University of Melbourne in Australia has developed a ...

The integration of biological principles into artificial visual systems is advancing machine vision, enabling superior ...

A novel method using high-intensity blue LED light effectively removes yellow stains from textiles, offering a sustainable ...

Silicon carbide (SiC) mirrors are high-performance optical components known for their exceptional strength, thermal stability ...

Medical lasers are transforming healthcare with precise diagnostics and therapeutic applications, enhancing treatment ...

Focusing on laser-induced graphene sensors, this article examines eco-friendly fabrication techniques and the influence of ...

Transformative optogenetics technology allows for spatial and temporal control of cellular activity, enhancing research in ...