Dispersive mirrors in Mid-IR could substantially aid the combination of various bulk materials, such as semiconductors (Si, Ge, GaAs) and dielectrics (fluorides, sapphire, YAG) as the straightforward means to compensate dispersion and compress ultrafast mid-IR laser pulses. https://optoman.com/files/Optoman_mid-IR_DMs_whitepaper.pdf
Development of effective methods for the mass production of plastic objects has revolutionized many industries, but what about mass recycling methods?
Photonic developments on the Mid-IR region have demonstrated high potential for gas sensing and spectroscopy, MWIR imaging for industrial manufacturing, space communications and defense. Moreover, semiconductor lasers in these wavelengths (ICL and QCL) allow the development of miniaturized sensors, that can meet exciting and advanced applications in the medical, automotive, industrial and environmental markets, being […]
Ask RP Photonics for design services concerning mid-infrared sources like OPOs.You can also get the powerful software RP ProPulse, with which one can e.g. simulate sync-pumped OPOs.
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