MIT’s Laser Comb Breakthrough: Compact, Precise Chemical Detection for the Future Identifying hazardous chemicals in the air is becoming faster, more accurate, and fully portable thanks to groundbreaking research from MIT. Research recently published in Nature shows how ultra... chemical detection frequency comb infrared lasers laser technology nanotechnology portable sensors spectroscopy
Revolutionizing Sensing: The First Chip-Based Mid-Infrared Pulse Generator Imagine a full laboratory’s worth of photonics equipment condensed onto a single microchip. Harvard researchers have made this vision a reality with the first on-chip picosecond mid-infrared pulse gen... environmental sensing integrated chip mid-infrared optical frequency comb photonics quantum cascade laser soliton pulses spectroscopy
Cavity-Enhanced High-Order Harmonic Generation: Transforming XUV and Attosecond Science High-order harmonic generation (HHG) plays a crucial role in producing coherent extreme ultraviolet (XUV) and soft X-ray light. However, traditional HHG techniques struggle with low efficiency, limiti... attosecond physics frequency comb high-order harmonics optical cavity spectroscopy ultrafast science XUV generation