… for high power lasers. We show that diamond, when configured as a Raman laser, enables
… to other pumps, use of Raman cascading, and intracavity harmonic generation. To date, …

… To date, diamond Raman lasers have been realized using bulk plates placed inside … -chip
Raman laser based on fully integrated, high-quality-factor, diamond racetrack microresonators …

… optimize the design of diamond Raman waveguide lasers … Raman waveguide laser
performance is predicted using an analytical solution recently developed to study Raman fiber lasers …

… quality owing to the Raman cleanup effect. This review outlines the research status of
diamond Raman lasers, including beam quality optimization, Raman conversion, thermal effects, …

… In this report, the feasibility of compact and robust monolithic diamond Raman lasers is …
the 64% reported in a conventional diamond Raman laser pumped at millijoule levels [12]. …

… Besides designing the ring resonators for a short-wavelength infrared (… UV) Raman laser,
we also design diamond gratings to couple light in and out of the resonators. Using our Raman …

… diamond Raman laser generating output chiefly at the 573 nm first Stokes. At a pulse repetition
rate of 5 kHz, the Raman laser … The laser generated a maximum output energy of 0.67 mJ …

… a pulsed Raman laser at 1193nm based on synthetic diamond … Raman oscillation was
achieved at both room temperature … the value of Raman gain coefficient of diamond, which was …

… -doped fiber laser using a double-pass pumped external-cavity diamond Raman oscillator.
… -power optical isolation between the pump and Raman laser. We achieved continuous-wave …

… extremely high Raman gain coefficient, high thermal conductivity, and wide transmission
spectrum. Diamond Raman lasers (DRLs) have enabled the achievement of a laser input in the …