In a collaboration, the researchers at the Technical University of Denmark and the University of Rennes have made advances in advanced computing, specifically focusing on in-memory computing and photonics. The researchers used time and wavelength division multiplexing (WDM), based on Time-Delay Reservoir Computing (TDRC) that uses a Silicon Microring Resonator (MRR) to solve several independent tasks at the same time in a single photonic chip. The tasks include Time-series prediction, waveform signal classification, wireless channel equalization, and radar signal prediction. And, the system efficiently handled the tasks with excellent performance.
Microring Resonators could be an efficient solution for advanced computing
a paradigm shift in multi-tasking complex assignments via parallel computing
How the brain transforms sensation into action
Brain-wide decision-making dynamics discovered
This robotic exoskeleton enhances walking efficiency for older
The weight of the WalkON system is just 2.93 KG
Southeast Asia was the main diversification center for the Bananas
If we lose wild banana species, we lose banana's sustainability
Photon momentum effectively turns indirect silicon into direct semiconductor
Optical properties of materials can be dramatically enhanced.
Antarctic Krill locks similar levels of carbon as mangroves
Unveiling the Carbon Storage Potential of Antarctic Krill
New catalyst produces methane using electricity
Methane that doesn’t contribute to global warming.
Cognitive changes linked to COVID-19 identified in study
Study highlights specific changes associated with COVID-19 in particular brain function
Researchers observed the formation of small water bubbles in real time
Scientists witnessed the merging of hydrogen and oxygen atoms.
