Topology-Tuned Glass Fibers Pave the Way for Faster, Tougher Optical Networks
University of Maryland researchers have used topology and laser-sculpted microresonators on glass fibers to create protected one-way pathways for light, ...
University of Maryland researchers have used topology and laser-sculpted microresonators on glass fibers to create protected one-way pathways for light, ...
A new iScience study combines neural network modeling, refined tapering techniques, and rigorous testing to make photonic lanterns faster to ...
Researchers have designed a nine-core silica photonic crystal fiber that achieves record-low inter-core crosstalk for spatial-division multiplexed communication and parallel ...
Researchers have broken the long-standing phase noise–mode purity trade-off in optoelectronic oscillators using cascaded zero-dispersion recirculating fiber loops.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine