In the past three decades, ultrafast pulse laser technology has greatly progressed and
applied widely in many subjects, such as physics, chemistry, biology, materials, and so on …

We investigate near-degenerate four-wave mixing in graphene using femtosecond laser
pulse sha** microscopy. Intense near-degenerate four-wave mixing signals on either side …

Nonlinear microscopy has become an invaluable tool for biological imaging, offering high-
resolution visualization of biological specimens. In this manuscript, we present the …

We present an improvement on the signal-to-background of single-beam coherent anti-
Stokes Raman scattering (SB-CARS) spectroscopy measurements for systems employing …

Nonlinear microscopy has evolved over the last few decades to become a powerful tool for
imaging and spectroscopic applications in biological sciences. In this study, i^ 2PIE, a novel …

Ultrashort femtosecond pulsed lasers may provide indispensable benefits for medical
bioimaging and diagnosis, particularly for noninvasive biopsy. However, the ability of …

Ultrashort pulse sources are complex and resource-intensive. To reduce overhead and
simplify operations, we had previously developed a method to deliver ultra-short pulses …

We developed a new method for retrieving the group delay dispersion of a laser from
Multiphoton Intra-pulse Interference Phase Scan (MIIPS) data. The method takes into …

Spectral phase compensation is crucial in the production of ultrafast laser pulses. To
produce very short pulses, it is necessary to correct higher-order phase terms beyond the …

Ultrashort optical pulse sources are often complex and resource-intensive, and thus,
delivering pulses to multiple satellite locations over a fiber-optic network dynamically from a …