FBH at Photonics West
FBH presents research results at the worlds leading conference for optics and photonics. The conference program and further information are provided at the conference site.
FBH's contributions
- New developments in diode lasers in Europe (invited lecture)
- High power UV-B LEDs with long lifetime (invited lecture)
- Deep UV LEDs for sensing applications (invited lecture)
- Coupling of a high-power tapered diode laser beam into a single-mode-fiber within a compact module
- Frequency doubling of near-infrared radiation enhanced by a multi-pass cavity for the second-harmonic wave.
- Development of high power diode lasers with beam parameter product below 2 mm/mrad within the bridle project
- Progress in high-energy-class diode laser pump sources
- Watt-level continuous-wave diode lasers at 1180 nm with high spectral brightness
- Generation of spectrally stable continuous-wave emission and ns pulses with a peak power of 4 W using a distributed Bragg reflector laser and a ridge-waveguide power amplifier
- Generation of third harmonic picosecond pulses at 355 nm by sum frequency mixing in periodically poled MgSLT crystal
- 785 nm dual wavelength DBR diode lasers and MOPA systems with output power up to 750 mW
- Separate phase-locking and coherent combining of two laser diodes in a Michelson cavity
- DBR grating stabilized ridge waveguide lasers emitting at 647 nm as master oscillator for real 3 D holographic displays
- 400 mW output power at 445 nm with narrowband emission from an external cavity diode laser system
- Shifted excitation Raman difference spectroscopy using a dual-wavelength DBR diode laser at 785 nm
- Assessment of high-power kW-class single-diode bars for use in highly efficient pulsed solid-state laser systems
- Current spreading in UV-C LEDs emitting around 235 nm
- Strong TE polarized emission from deep UV AlGaN quantum well LEDs
- Ultrashort pulse generation with semiconductor lasers using intracavity phase- and amplitude pulse shaping
- 975 nm high-peak power ns-diode laser based MOPA system suitable for water vapor DIAL applications
Conference: 07.-12.02.2015, San Francisco (US)