The transition from present high peak-power laser systems, encumbered by low efficiency and repetition rates, to systems of high average-power capable of real-world applications can be achieved by utilizing existing fiber based technology. A summary of the development of such a system by the ICAN consortium is provided here together with descriptions of exciting applications ranging from photon colliders to nuclear transmutation systems
Fiber lasers can be considered a revolutionary technology in the laser field thanks to their unique ...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
We discuss the development of high-power fiber-laser products and its industrial and scientific appl...
The transition from present high peak-power laser systems, encumbered by low efficiency and repetiti...
In recent years, lasers have been developed to an essential tool in accelerator science for a variet...
An international team of researchers is looking toward the next frontier of high-energy laser physic...
Progress in laser wake field acceleration has been rapid in recent years, arousing interest in laser...
Accelerators are today in every walk of science and life [1]. High intensity lasers drive frontiers ...
The application of petawatt lasers to scientific and technological problems is advancing rapidly. Th...
The concept of massively parallel coherent fiber lasers holds great promise to generate enormous las...
We summarize recent developments in high power fiber laser technologies and discuss future trends, p...
High power fiber lasers and amplifiers have reached several kilowatts of output power, and are now l...
Abstract: There have been a number of laser developments in recent years that are quite staggering i...
The state of the art of science and technology in fiber lasers and amplifiers is reviewed. Prospects...
Abstract: The first rare-earth-doped fiber lasers were operated in the early sixties, and produced a...
Fiber lasers can be considered a revolutionary technology in the laser field thanks to their unique ...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
We discuss the development of high-power fiber-laser products and its industrial and scientific appl...
The transition from present high peak-power laser systems, encumbered by low efficiency and repetiti...
In recent years, lasers have been developed to an essential tool in accelerator science for a variet...
An international team of researchers is looking toward the next frontier of high-energy laser physic...
Progress in laser wake field acceleration has been rapid in recent years, arousing interest in laser...
Accelerators are today in every walk of science and life [1]. High intensity lasers drive frontiers ...
The application of petawatt lasers to scientific and technological problems is advancing rapidly. Th...
The concept of massively parallel coherent fiber lasers holds great promise to generate enormous las...
We summarize recent developments in high power fiber laser technologies and discuss future trends, p...
High power fiber lasers and amplifiers have reached several kilowatts of output power, and are now l...
Abstract: There have been a number of laser developments in recent years that are quite staggering i...
The state of the art of science and technology in fiber lasers and amplifiers is reviewed. Prospects...
Abstract: The first rare-earth-doped fiber lasers were operated in the early sixties, and produced a...
Fiber lasers can be considered a revolutionary technology in the laser field thanks to their unique ...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
We discuss the development of high-power fiber-laser products and its industrial and scientific appl...