PIERS —— A global symposium committed to
advancing photonics and electromagnetics for the benefit of humanity.
Reconfigurable photonic circuits are essential for emerging photonic computing and switching technologies. Recent years have witnessed remarkably rapid progress in the experimental implementations of reconfigurable photonic circuits, which are well poised to outperform their electronic counterparts in terms of scale, areal computation density, power consumption, latency, and speed. This heralds the potential for disruptive real-world applications in the domains of neural networks, neuromorphic computing, and interconnect switching technologies. The scope of this session covers recent research efforts on the materials, elementary devices, and large-scale circuits for reconfigurable photonic circuits.
Presenting Author | Talk Time | Paper Title | Authors | Abstract | Session Date / Room |
---|---|---|---|
08:00 Web |
Designing Fast and Efficient Electrically Driven Phase Change Photonics through Multiphysics Simulation Framework View Abstract] | [
1A2a 2022-04-25 AM Room: Online ROOM 2 |
|
08:10 Web Invited |
Low-loss Phase-change Materials for Nonvolatile Reconfigurable Photonic Circuits View Abstract] | [
1A2a 2022-04-25 AM Room: Online ROOM 2 |
|
08:25 Web Invited |
Silicon Photonics for Neuromorphic Computing and Artificial Intelligence: Applications and Roadmap View Abstract] [Published Paper] | [
1A2a 2022-04-25 AM Room: Online ROOM 2 |
|
08:40 Web Invited |
Phase Change Material Integrated Silicon Photonics: GST and Beyond View Abstract] | [
1A2a 2022-04-25 AM Room: Online ROOM 2 |
|
08:55 Web |
Photonic Generative Adversarial Network (GAN) with Noise-aware Training View Abstract] | [
1A2a 2022-04-25 AM Room: Online ROOM 2 |
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