CORDIS Project
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This project aims to develop a universal laser capable of processing various materials with high efficiency and precision. By innovating a new method called second modelocking, the laser will enable advanced applications in material processing, laser surgery, and high-speed communications.
Lasers are ubiquitously used to cut, drill, mark, texture, 3D print materials.
Material-processing lasers remain divided into CW, nanosecond- and ultrafast-pulsed, each excelling and falling short differently. CW lasers reach the highest powers, cost the least, and are far more common but cause heat damage, and their utility is material-specific.
Ultrafast lasers achieve supreme precision on any material but remain niche as they are inefficient and expensive.
Nanosecond lasers fall in between. W…
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Türkiye, Bilkent Ankara
Type: University / higher education
Activity type: Higher or Secondary Education Establishments
SME: No
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