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Faster photonic chips are on the way - Innovation Toronto

We think this may be the first practical application of topological insulators ....

Xingdu Qiao , Chan Zhao , Tianwei Wu , Bikashkali Midya , Lliang Feng , Stefano Longhi , Polytechnic University Of Milan , University Of Pennsylvania , Researchers At Penn School Of Engineering , Applied Science , Penn Engineering , Materials Science , Polytechnic University ,

Smuggling Light Through Opaque Materials

Electrical engineers at Duke University have discovered that changing the physical shape of a class of materials commonly used in electronics and ....

Anthony Clabeau , Michael Scalora , Jiannan Gao , Jesse Frantz , Maria Antonietta Vincenti , Nataliam Litchinitser , Natalia Litchinitser , Maria Vincenti , Lliang Feng , Xingdu Qiao , Chalcogenide Metasurfaces Jiannan Gao , Nature Communications , Office Of Naval Research , Army Research Laboratory Cooperative Agreement , National Science Foundation , Naval Research Laboratory , University Of Brescia , Missile Center , Us Army , Duke University , Naval Research , Ultra Violet Frequency Conversion , Chalcogenide Metasurfaces ,

Smuggling Light Through Opaque Materials

Newly proven physics opens chalcogenide glasses to applications at visible and ultraviolet wavelengths ....

Anthony Clabeau , Michael Scalora , Jiannan Gao , Jesse Frantz , Maria Antonietta Vincenti , Nataliam Litchinitser , Natalia Litchinitser , Maria Vincenti , Lliang Feng , Xingdu Qiao , Chalcogenide Metasurfaces Jiannan Gao , Nature Communications , Office Of Naval Research , Army Research Laboratory Cooperative Agreement , National Science Foundation , Naval Research Laboratory , University Of Brescia , Missile Center , Us Army , Duke University , Naval Research , Ultra Violet Frequency Conversion , Chalcogenide Metasurfaces ,

Supersymmetry-inspired microlaser arrays pave way for powering chip-sized optical systems

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IMAGE: Ring microlasers are eyed as potential light sources for photonic applications, but they first must be made more powerful. Combining multiple microlasers into an array solves only half of the.
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Credit: University of Pennsylvania
The field of photonics aims to transform all manner of electronic devices by storing and transmitting information in the form of light, rather than electricity. Beyond light s raw speed, the way that information can be layered in its various physical properties makes devices like photonic computers and communication systems tantalizing prospects.
Before such devices can go from theory to reality, however, engineers must find ways of making their light sources lasers smaller, stronger and more stable. Robots and autonomous vehicles that use LiDAR for optical sensing and ranging, manufacturing and material processing techniques that use lasers, and many other applications are also continually pushing ....

Haoqi Zhao , James Joseph , Jieun Yim , Zhifeng Zhang , Ritesh Agarwal , Tianwei Wu , Nataliam Litchinitser , Lliang Feng , Bikashkali Midya , Xingdu Qiao , Zihe Gao , University Of Pennsylvania School Engineering , Indian Institute Of Science Education , National Science Foundation , Computer Engineering At Duke University , Engineering Center , Singh Center , Army Research Office , National Nanotechnology Coordinated Infrastructure Program , Us Army Research Office , Department Of Materials Science , Sloan Research Fellowship , University Of Pennsylvania Materials Research Science , Applied Science , Materials Science , Systems Engineering ,

Paving the way for new light-powered devices

Paving the way for new light-powered devices
By combining cutting-edge concepts from theoretical physics, researchers from Penn Engineering developed ‘sypersymmetric microlaser arrays’ that are both stable and have high power density.
The field of photonics involves the study of new ways to generate and harness light, akin to how many of the devices used in everyday life run on electric current. While photonic devices have the potential to transform the current technology paradigm through increased speed, efficiency, and information density, their broad application is limited by the size, strength, and stability of the light sources, often lasers, in these devices. ....

Haoqi Zhao , Jieun Yim , Zhifeng Zhang , Tianwei Wu , Nataliam Litchinitser , Ritesh Agarwal , Lliang Feng , Bikashkali Midya , Xingdu Qiao , Zihe Gao , Upenn School Of Engineering , Department Of Materials Science , Duke University , Applied Science , Materials Science , Systems Engineering , ரித்தேஷ் அகர்வால் , லியாங் ஃபெங் , பென் பள்ளி ஆஃப் பொறியியல் , துறை ஆஃப் பொருட்கள் அறிவியல் , டியூக் பல்கலைக்கழகம் , பயன்படுத்தப்பட்டது அறிவியல் , பொருட்கள் அறிவியல் , அமைப்புகள் பொறியியல் ,