The latest news about lasers, find out about the newest developments in semiconductor laser diodes, laser safety legislation, and more.
The photonic-circuit-integrated Ti:Sa laser combines the Ti:Sa gain medium with a silicon-nitride-on-sapphire integrated photonics platform, resulting in high portability with minimal power consumption.
Acousto-Optic Tunable Filter enables customizable spectra in Multi-Wavelength Random Fiber Lasers, leading to wider applications in sensing, telecommunications, and precise spectroscopy.
In a recent study published in Physical Review Applied, scientists at the US Department of Energy’s Brookhaven National Laboratory have developed a new, simple, efficient and highly customizable method for changing laser colors.
Dynamic optical beam-steering of a band-edge chiral nematic liquid crystal (LC) laser has been demonstrated, achieved through the use of tuneable nematic LC phase shifters and fixed polarisation gratings.
A monolithic silica fiber laser operating at 585 nm has been developed and is being reported for the first time.
A team of researchers have achieved a maximum of 1.7 W at 540nm using a self-frequency-doubling green laser in Nd3+-doped La2CaB10O19 (Nd:LCB) crystal by utilizing the energy level splitting of Nd3+ ions.
A group of scientists from Japan have developed a new type of Distributed Feedback (DFB) laser that can transmit data at speeds of 200 Gb/s over a record distance of 10 kilometers.
A recent study has developed a more efficient numerical method based on statistical mechanics in two-dimensional space, which accurately reproduces experimental results and allows researchers to better understand the complex dynamics of HHG in liquids.
The field of micro-optics is rapidly growing and essential advancements are being made in multi-photon laser lithography (MPL) for 3D printing. MPL, also known as two-photon or multi-photon polymerization, is a game-changing technology that is attracting increasing industrial interest from key established companies in the field.
This breakthrough method demonstrates the remote generation of a white light supercontinuum from an Earth-orbiting satellite, providing an atmospheric in-situ light source for monitoring greenhouse gases and pollutants on a global scale.
End of content
End of content
