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Perspective views from Industry & Government on Nanophotonics

Similar to the success of dense electronic component integration towards creating VLSI circuits, the photonic and optoelectronic industry is following similar integration schemes, terming the name “photonic integrated circuits” (PIC). However, all-Silicon PIC cannot currently complete all the functions. Alternatively, III-V platform, such as InP material system, still occupies a...

Added:16 May 2014


Fundamental and Physical Limitations of Opto-electronic Devices

Greetings from Washington, DC, and the OSA Nanophotonic Devices Incubator* meeting! Hosted by Volker J. Sorger, The George Washington University, United States; Jung Park, Intel Corporation, United States; Pablo A. Postigo, Consejo Superior de Investigaciones Cientificas, Spain; Fengnian Xia, Yale University, United States, this two-day event gathers leading researchers from academia with...

Added:15 May 2014


How do you make a topologically interesting system with light?

Quantum superposition states are immensely delicate things - any interaction with the environment can cause them to decohere. This poses a significant problem for quantum computing, where information would need to be stored within quantum states for relatively long periods of time. A promising way to isolate a system exploits the topology of the system, known as 'topological protection'...

Added:04 Apr 2014


"Harnessing Light" at Nonlinear Optics

After I gave a seminar at UT Austin, Professor Mike Downer said to me during the dinner: "I would like to give you an advice. When you give a talk, you should start with a grand challenge question."

Added:14 Dec 2012