All articles tagged with #mamyshev oscillator
Scientists demonstrated a Mamyshev-oscillator-based ultrafast laser on a photonic chip, producing 1.05 nanojoules in 147-femtosecond bursts on a chip compact enough to fold from a long laser cavity, potentially enabling portable, cost-effective imaging, diagnostics, and timing applications by leveraging silicon-photonic fabrication.
Researchers demonstrate a photonic integrated, erbium-ion-implanted Mamyshev oscillator on silicon nitride that produces a 176‑MHz train of nanojoule pulses without external seeding, which can be linearly compressed to 147 fs and directly generate a 1.5‑octave supercontinuum in a Si3N4 waveguide; the same source enables THz time-domain spectroscopy with 5 THz bandwidth and 90‑dB dynamic range, underscoring potential for chip-scale metrology and portable spectroscopy.