The MANNGA_Hop_on project has received funding under the Hop-on Facility call of the Horizon Europe Framework Programme.

An application of the team led by Dr. Pawel Gruszecki to join the consortium conducting the ongoing EU-funded project Magnonic Artificial Neural Networks and Gate Arrays (MANNGA) project has received funding under the Hop-on Facility call (HORIZON-WIDERA-2023-ACCESS-06) of the Horizon Europe Framework Programme.

The MANNGA project >>> is an EU-funded project to develop a new class of energy-efficient spintronic components and devices for use in data communication, processing and storage. The researchers will combine their expertise in magnonics, which uses spin waves for signal processing, and neuromorphic computing, which uses large-scale integrated systems and analog circuits that mimic the brain and nervous system to solve data problems. They will use nanoscale chiral magnonic resonators as building blocks for artificial neural networks. The power of these networks will be demonstrated by creating magnonic versions of field programmable gate arrays, reservoir computers, and recurrent neural networks.