The Daily Beam - Feb 9th, 2024
The Daily Beam | View online
February 9, 2024
In this episode, we cover an LED breakthrough that may regulate sleep cycles, how teleportation could be possible via nonlinear optics, and how gigahertz burst pulses could advance laser processing.

SemiNex offers high-power 1550nm Triple Junction laser diodes, SOA and Arrays that are revolutionizing LiDAR designs in ToF and coherent/FMCW configurations. A minimal number of emitters helps to achieve long range more efficiently at a lower cost.

While the focus at the show was on advances in research, technology, and commercialization, I’m taking some time first to consider the people and the community’s vibe.
A breathing soliton laser helps researchers discover modulated subharmonics, a new state of nonlinear systems, which contains both synchronized and desynchronized signals.
Join us February 13th at 2 pm ET to explore the untapped potential of deep learning in video microscopy.
Purdue University researchers merge optical engineering with cutting-edge computational imaging techniques—a spinning metasurface stack breaks thermal light down into its spectral and polarimetric components.
Europe is now 16% of the global photonics market, but to maintain that position, it needs to get to work.
Researchers in Japan unveil an optical technique to generate gigahertz repetition pulses with individual colors and shapes—with potential ultrafast imaging and laser processing applications.