Laser World of Photonics & CLEO Europe 2019
Visit us at Laser World of Photonics. You find us at the Berlin Brandenburg joint booth in hall B2, booth 119 from June 24 - 27.
At the accompanying conference CLEO Europe (June 23 - 27) the FBH presents the following contributions:
24.06.2019
- Dual-Wavelength Y-Branch DBR-RW Diode Laser at 785 nm with Adjustable Spectral Distance from 0 up to 1.6 nm (Poster)
- Passively mode-locked quantum-well semiconductor laser subject to ultra-short optical self-feedback with nanometric fine-delay (Poster)
- Efficient Tm:YAG and Tm:LuAG lasers pumped by red tapered diodes
- Monolithic master oscillator with tapered power amplifier diode laser at 1060 nm with additional control section for high power operation
25.06.2019
- Determination of the residual amplified spontaneous emission in single-mode semiconductor optical amplifiers
- Widely tunable Watt-level MOPA systems emitting at 976 nm
- Coherent superposition of pulsed high-brightness tapered amplifiers
- Wavelength stabilized 905 nm diode lasers in the 100 W class for automotive LiDAR
- Efficient Narrow Stripe Ridge Waveguide Lasers for Single-Spatial Mode Operation up to 2.5 W
- Narrower Far Field and Higher Efficiency in 1 kW Diode-Laser Bars Using Improved Lateral Structuring
- Efficient, High Power Pumps for Mid-IR Solid State Lasers Enabled by 200 K Operation of 808 nm Diode Lasers
- Optimization of 808 nm DBR RW Laser Bars for Operation at Low Noise and High Reliability
26.06.2019
- Development and qualification of miniaturized, UHV-compatible optical systems for integrated atomic quantum sensors
27.06.2019
- A micro-integrated mode-locked extended-cavity diode laser emitting in the wavelength range around 780 nm
- Polarisation-resolved investigations of the pico- and nanosecond dynamics of broad area distributed Bragg reflector lasers under very high-current pulse excitation
- Continuous wave THz source based on an electrically tunable monolithic two-color semiconductor diode laser
Conference - CLEO Europe
Trade Fair - Laser World of Photonics