Search
Search Constraints
You searched for: Record Type Journal Article Author/Creator Hofmann, M.R.Limit your search
- Hofmann, M.R. [remove] 6
- 621.381 6
- Electronics -- Periodicals 6
- amplitude calibration -- dual‐mask spatial light modulator -- high‐resolution femtosecond pulse shaping -- pulse shaper -- semiconductor laser sources -- evolutionary algorithm -- phase retardances -- transmitted spectral intensity 1
- asynchronous optical sampling terahertz time‐domain spectroscopy -- semiconductor laser‐based ultrashort pulse source -- hybrid mode‐locked edge‐emitting external cavity laser -- wavelength 830 nm 1
- calibration -- spatial light modulators -- high‐speed optical techniques -- optical pulse shaping -- liquid crystal devices -- semiconductor lasers 1
- high peak power laser pulses -- dispersion optimized mode‐locked semiconductor laser -- electrically pumped passively mode‐locked edge‐emitting semiconductor laser -- external cavity setup -- intracavity dispersion management -- IDM -- pulse compressor -- tapered diode laser amplifier -- power 6.5 kW -- wavelength 850 nm 1
- high‐speed optical techniques -- laser cavity resonators -- laser mode locking -- optical dispersion -- optical pulse compression -- optical pumping -- semiconductor lasers 1
- high‐speed optical techniques -- polymerisation -- semiconductor lasers -- laser mode locking -- optical saturable absorption -- optical pulse compression -- two‐photon processes -- integrated optics -- optical waveguides 1
- high‐speed polarisation dynamics -- short‐haul data transmission -- oxide‐confined AlGaAs‐based VCSEL -- VCSEL production -- spin‐VCSELs -- birefringence splitting -- single‐mode vertical‐cavity surface‐emitting lasers -- bandwidth limitations -- integrated surface grating -- AlGaAs 1
- mode‐locked diode laser‐based two‐photon polymerisation -- ultrafast light source -- ultrashort laser pulses -- direct laser writing -- segmented metallisation -- waveguide integrated saturable absorber -- fundamental repetition rate -- suspended lines -- support cuboids -- 3D structure -- frequency 383.1 MHz -- time 440.0 fs -- power 160.0 mW 1