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A novel method to enhance the transverse-electric and transverse-magnetic polarized light via relfective surfaces on top of a tunnel junction based LED structure.
This innovative deposition system is able to grow single crystalline films of a broad range of complex materials with unprecedented crystalline quality of binary, ternary and quaternary oxides and intermetallics with simple or complex crystal structures.
A III-nitride enhancement-mode field effect transistor with an improved electric field profile for enhanced performance.
Mass producible quantum dot design with tight tolerance manufacturing.
A more efficient DC/DC converter composed of a front-stage circuit that allows for step-down DC/AC topology
The Need Photonic circuits, where data is transferred by beams of light instead of copper or gold wires, have the potential to revolutionize the fields of computer science and communications. Compared to state-of-the-art technologies, photonic circuits could provide faster processing speeds and data transfer with lower power consumption and heat production. Although significant research and development has been dedicated to photonic circuits, current systems are not fully integrated and must