International audienceWe optimize the ring self-pumped phase-conjugate mirror at 1.06 mm. With cw as well as nanosecond illumination the photorefractive efficiency is higher than 90%. Therefore the reflectivity (79%) is limited only by the transmission of the loop. Another relevant characteristic is the time needed to increase the reflectivity from 10% to 90% of its maximum value, which is as little as 12 s at 5 W cm22 in the cw regime. In the nanosecond regime, 90 J cm22 is needed. We study the response to an abrupt change in the incident wave front, taking into account the three-prism system inserted in the loop
This dissertation deals with photorefractive self-pumped phase-conjugate mirrors and more precisely ...
The photorefractive effect was observed in a sample of BaTiO, crystal. In two-beam coupling experime...
A passive phase conjugate mirror based on four-wave mixing in an optical ring cavity is described. U...
International audienceWe optimize the ring self-pumped phase-conjugate mirror at 1.06 mm. With cw as...
International audienceWe present self-pumped phase conjugation experiments in a ring cavity at 1.06 ...
International audienceWe present two-beam coupling experiments in the nanosecond regime at 1.06 mm, ...
We report here the demonstration of several new optical oscillator configurations including a unidir...
The properties of photorefractive phase conjugate mirror configurations are investigated. It is sho...
We describe semi-self-pumped photorefractive phase-conjugate mirrors based on the unidirectional rin...
Improvement of the response time of the BaTiO_3 self-pumped phase-conjugate mirror is demonstrated w...
Photorefractive simple and double phase-conjugate mirrors very often exhibit strong instabilities in...
We have demonstrated efficient amplification of near-infrared, 0.83-0.7µm and 1.06-1.07µm light, in ...
The implementation of self-pumped phase-conjugating mirrors (SPPCM) in interferometers promises an e...
The KNbO3Fe self pumped phase conjugation in a ring cavity with two additional reflected mirrors is ...
We describe the experimental measurement of phase-conjugate reflectivity versus various ratios of in...
This dissertation deals with photorefractive self-pumped phase-conjugate mirrors and more precisely ...
The photorefractive effect was observed in a sample of BaTiO, crystal. In two-beam coupling experime...
A passive phase conjugate mirror based on four-wave mixing in an optical ring cavity is described. U...
International audienceWe optimize the ring self-pumped phase-conjugate mirror at 1.06 mm. With cw as...
International audienceWe present self-pumped phase conjugation experiments in a ring cavity at 1.06 ...
International audienceWe present two-beam coupling experiments in the nanosecond regime at 1.06 mm, ...
We report here the demonstration of several new optical oscillator configurations including a unidir...
The properties of photorefractive phase conjugate mirror configurations are investigated. It is sho...
We describe semi-self-pumped photorefractive phase-conjugate mirrors based on the unidirectional rin...
Improvement of the response time of the BaTiO_3 self-pumped phase-conjugate mirror is demonstrated w...
Photorefractive simple and double phase-conjugate mirrors very often exhibit strong instabilities in...
We have demonstrated efficient amplification of near-infrared, 0.83-0.7µm and 1.06-1.07µm light, in ...
The implementation of self-pumped phase-conjugating mirrors (SPPCM) in interferometers promises an e...
The KNbO3Fe self pumped phase conjugation in a ring cavity with two additional reflected mirrors is ...
We describe the experimental measurement of phase-conjugate reflectivity versus various ratios of in...
This dissertation deals with photorefractive self-pumped phase-conjugate mirrors and more precisely ...
The photorefractive effect was observed in a sample of BaTiO, crystal. In two-beam coupling experime...
A passive phase conjugate mirror based on four-wave mixing in an optical ring cavity is described. U...