The nanolaser was developed in DTU’s clean room, DTU Nanolab, and, according to Mørk, it “breaks the traditional limit on how ...
Portland, Ore. — With optical processing migrating from exotic gallium arsenide devices to inexpensive silicon, Intel Corp. showed a research chip earlier this year that could do the world's first ...
The trend of ever-increasing data center traffic has pushed for more efficient I/O links. Silicon photonics is a promising route to enable communication in the optical domain using fiber links. Si ...
Low-cost diode-pumped solid-state lasers could be on their way thanks to nLight’s high-power InP devices. nLight, which is developing high-power, high-efficiency lasers based on both GaAs and InP ...
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