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Imaging techniques based on multiple photoninteractions have become very useful tools in many biomedical research or clinical diagnosis applications as they provide high contrast imaging capabilities with reduced tissue damage while not necessarily needing artificially induced fluorescent dyes.

In this white paper a compact, commercially available fiber‑based femtosecond laser displaying a 34 fs pulse duration is used to verify the capability of such laser sources for both optical Kerr effect (OKE) spectroscopy and Raman-induced Kerr effect spectroscopy (RIKES).

Researchers introduce Third Harmonic Generation (THG) Microscopy as a novel method to visualize myelin without the need for labels.

Imaging techniques based on multiple photoninteractions have become very useful tools in many biomedical research or clinical diagnosis applications as they provide high contrast imaging capabilities with reduced tissue damage while not necessarily needing artificially induced fluorescent dyes.

High Harmonic Generation Microscopy (HHGM) is revolutionizing personalized medicine by providing unparalleled precision in patient-specific biology.

A new generation of ultrafast fiber laser systems is enabling simultaneous two- and three-photon microscopy for the first time.