Ultrafast laser direct writing (ULDW) is explored as a facile technique to induce
unprecedented physical phenomena and functional structures three dimensionally in glass …

Transparent hard and brittle (THB) materials have generated significant interest due to their
excellent properties, such as wide spectral transmittance, heat resistance, chemical inactivity …

The ultrafast laser-matter interaction is explored to induce new pioneering principles and
technologies into the realms of fundamental science and industrial production. The local …

Ultrafast laser filamentation results from the interaction of ultrafast laser with Kerr media.
During filamentary propagation, the transparent medium is altered by numerous linear and …

Ceramics are difficult to machine into complex shapes due to their high hardness and
brittleness. In practical applications, ceramics often need to be jointed to themselves or …

Modern manufacturing industries need high strength and stable joint between glass and
steel. Laser welding is an efficient technique to meet the requirement, but strength still needs …

Recent research has focused on the ultrafast laser welding of metal and glass due to its
diverse applications in aerospace, medicine, and optical sensing. However, the significant …

The aluminum alloy–fused silica joints have found extensive applications in various
industrial contexts, with ultrafast laser technology as a precise and non-contact method for …

The research on laser welding of glass and metal mainly focuses on ultrashort pulse laser or
nanosecond laser, since continuous wave (CW) laser cannot be directly applied to the …

The use of ultrafast lasers to join glass and metal requires consideration of joint strength and
precision, highlighting the need for an advanced measurement system. In this paper, a new …