Teem Photonics

61 Chemin du Vieux Chêne
Meylan 38240
France
49-6432-64-54-232 (Germany)
33-4-76-04-03-02
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More Info on Teem Photonics

Specializes in OEM grade sub-ns microlasers from IR to deep UV and optical waveguide circuits for Si Photonics interposers and sensors

Products

Ultra-compact sub-ns microchip laser from IR to Green

Articles

(Courtesy of QuiX Quantum)
FIGURE 1. Photonic assembly of the 12-mode universal quantum photonic processor. The photonic integrated circuit (PIC) is optically and electrically interfaced—featuring more than 150 tuning elements for full programmability.
Current quantum devices hold tens of qubits, but a future universal quantum computer will require millions to billions of qubits.
FIGURE 1. The double-nested OPO or NesCOPO used in the VHR-TL broad-tuning-range source uses double-pass pumping (blue) and two different resonant cavities for the signal (green) and the idler (red).
A new gas analyzer based on a compact doubly resonant optical parametric oscillator pumped by a pulsed laser can monitor multiple gases in real time with a very wide dynamic range...
Seeding a mode-filtered, Yb-doped fiber amplifier with a passively Q-switched, Nd:YAG microchip laser has enabled a single-laser system to simultaneously provide a high repetition rate, moderate pulse energy, linear polarization, and diffraction-limited beam quality.
Numerous laser applications require nanosecond-duration pulses with high repetition rate (1 to 100 kHz), moderate pulse energy (0.1 to 10 mJ), linear polarization, and diffraction...
(Courtesy of Saint-Andrews University)
FIGURE 1. Pumped by a diode laser, gain medium in the form of a thin slice produces a single-mode output.
A compact source that produces a high-quality pulsed or continuous-wave beam, the microchip laser is benefiting from technological advances that are bringing output wavelengths...

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