Storm In A Chip

In a study published in Nature Physics, in collaboration with researchers from KAUST (SA), York University (UK), and AMOLF (NL), we developed an optical chip to create and control optical waves. In nature, these rare events result from the spontaneous build up of a large amount of energy, normally in a ‘quiet’ state, and can have disastrous effects.

The team began research by developing new theoretical ideas to explain the formation of rare energetic natural events such as rogue waves, large surface waves that develop out of the blue in deep water and represent a potential risk for vessels and open-ocean oil platforms. Specifically we linked the probability of these events with the rate at which energy is lost in a chaotic sea.

The results of the study offer leading edge technological applications for research in energy, advanced imaging, and environmental safety.

 

Fully experimental image of a nanoscaled and ultrafast optical rogue wave retrieved by Near-field Scanning Optical Microscopy (NSOM). The flow lines visible in the image represent the direction of light energy. 

Fully experimental image of a nanoscaled and ultrafast optical rogue wave retrieved by Near-field Scanning Optical Microscopy (NSOM). The flow lines visible in the image represent the direction of light energy.

 

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