News

Hannover Messe 2022: Rechenintensive Prozesse in Forschungs- und Entwicklungsprojekten per Cloud beschleunigen

Ist ein Prototyp entwickelt, folgt in Forschung und Entwicklung in der Regel eine zeitaufwändige Test- und Analysephase. Unmengen an Daten aus verteilten Quellen fließen dabei durch komplexe, sich mehrfach wiederholende Rechenprozesse. Diese Phase zu beschleunigen, hat sich das Kaiserslauterer Startup Aithericon auf die Fahne geschrieben. Die Gründer arbeiten an einer cloud-basierten Plattform, die in einer zentralen Umgebung die nötige Infrastruktur zusammenführt und so computergestützte Forschungs- und Entwicklungsprozesse automatisiert. Auf der Hannover Messe stellen die Gründer vom 30. Mai bis 3. Juni ihr Vorhaben am Forschungsstand des Landes Rheinland-Pfalz (Halle 2, Stand B40) vor..

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Der Spin schlägt Wellen

We are very happy that our group could contribute to this article for the general public which explains the idea of spin-wave based computing. It recently appeared in the „Bild der Wissenschaft“ (in German).

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We are happy to announce the "CHIRON workshop on hybrid spin-wave computing“ (workshop chair: Philipp Pirro).

The workshop will take place in Heraklion, Crete, on 27 April 2022 in a hybrid (digital and physical presence) format. The venue of the workshop is the main amphitheater of the Foundation for Research and Technology – Hellas (FORTH) in Heraklion.

The aim of the workshop is to discuss recent and future concepts for spin-wave computing and the experimental and theoretical methods needed to explore them. Topics include energy efficient spin-wave excitation using the magneto-elastic interaction, large scale spin-wave circuits, nonlinear spin-wave phenomena and the use of novel material systems for magnonics.

Chiron workshop

ERC Starting Grant to investigate magnonic hardware for neuromorphic computing

Our group member Junior professor Dr. Philipp Pirro has been awarded a 1.5 million euro ERC Starting Grant by the European Research Council (ERC) for five years.

In the ERC-funded project "CoSpiN - Coherent Spintronic Networks for Neuromorphic Computing," spin waves will be used to enable linking and information transfer. The goal is to develop physical building blocks for a novel spintronic network on the nanoscale. In this way, we want to lay the foundation for an artificial brain that is as close as possible to the natural model. The research will take place in the new research building LASE (Laboratory for Advanced Spin Engineering) on the TUK campus.