Coherent beam combining is a method to scale the peak and average power levels of laser
systems beyond the limit of a single emitter system. This is achieved by stabilizing the …

Coherent beam combining is a method for combining multiple emitters into one high power
beam by means of relative phase stabilization. Usually, modulation or interferometric …

We incorporate deep learning (DL) into tiled aperture coherent beam combining (CBC)
systems for the first time, to the best of our knowledge. By using a well-trained convolutional …

Coherent beam combination of multiple fibres can be used to overcome limitations such as
the power handling capability of single fibre configurations. In such a scheme, the focal …

We develop a rapidly converging algorithm for stabilizing a large channel-count diffractive
optical coherent beam combination. An 81-beam combiner is controlled by a novel, machine …

Coherent beam combination (CBC) is an effective method to break the limiting power of a
single fiber laser. The Q-learning algorithm is one of the reinforcement learning algorithms …

The technical embodiment of the Huygens-Fresnel principle, an optical phased array (OPA)
is an arrangement of optical emitters with relative phases controlled to create a desired …

Active coherent beam combining of laser oscillators is an attractive way to achieve high
output power in a diffraction limited beam. Here we describe an active beam combining …

A novel approach for active coherent beam combining of a large number of fiber lasers
based on cascaded phase control is demonstrated. The principle of this approach is briefly …

We demonstrate the incoherent beam combining (BC) of four high-power single-mode fiber
lasers. Adaptive fiber-optics collimators (AFOC) of 0.5 kW-level are developed to correct the …