Revolution in Silicon Photonics
ORAL ยท Invited
Abstract
We are now experiencing a revolution in optical technologies, where one can print and
control massive optical circuits, on a microelectronic chip. This revolution is enabling a whole
range of applications that are in need for scalable optical technologies and its opening the door
to areas that only a decade ago were unimaginable.
In the past decade the photonic community witnessed a complete transformation of optics. We
went from being able to miniaturize a handful of devices to being able to define and control the
flow of light using thousands of monolithically integrated optical components โ all on a silicon
chip. The main drive for silicon photonics is the ability to transmit and manipulate ultra-high
bandwidth with low power dissipation. Today there are hundreds of products being developed
and commercialized towards this goal.
control massive optical circuits, on a microelectronic chip. This revolution is enabling a whole
range of applications that are in need for scalable optical technologies and its opening the door
to areas that only a decade ago were unimaginable.
In the past decade the photonic community witnessed a complete transformation of optics. We
went from being able to miniaturize a handful of devices to being able to define and control the
flow of light using thousands of monolithically integrated optical components โ all on a silicon
chip. The main drive for silicon photonics is the ability to transmit and manipulate ultra-high
bandwidth with low power dissipation. Today there are hundreds of products being developed
and commercialized towards this goal.
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Presenters
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Michal Lipson
Columbia University
Authors
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Michal Lipson
Columbia University