JLA is a reflection of the state-of-R&D in photonic production, sensing and measurement as well as Laser safety.
Thermal processes play pivotal roles in laser-assisted material processing, synthesis, and manufacturing. Examples include heating, melting, vaporization, solidification, and thermal stress formation and propagation. Understanding of how these processes are…
The advances in ultrashort laser pulse (≤ picosecond) have enabled many possibilities in laser material fabrication. In laser material interactions, processes dramatically change to non-linear phenomenon when the laser pulse…
Microjoining and Nanojoining produce permanent unions or connections between microscale or nanosized building blocks and enable functional nanodevices and nanosystems to form mainly through primary chemical bonds. Such small size…
Laser-based techniques are widely used in numerous applications in different domains. The rapid development of laser technology, among other scientific fields, has profoundly affected environmental and biomedical research. Using laser-based…
Since the American scientist Theodore H. Maiman successfully created the world’s first ruby solid-state laser in May 1960, laser technology has been developing for more than 60 years. Over the…