Konferenzen  >  Physik  >  Magnetismus, Spintronik  >  Niederlande

This conference aims to bring together researchers working on experiments to detect spin systems with mechano-opto-electronic systems - connecting topics such as nuclear magnetic resonance, nanomechanics, and quantum physics. Nanoscale MRI is being developed since the early 1990s with the goal of imaging individual molecules and small biological entities such as proteins and virus particles. This has sparked a broad range of experimental implementations: Magnetic probes of nitrogen vacancy color centers in diamond, magnetic resonance force microscopy, detection of hyperpolarization using superconducting circuits, electron spin detection in STM and hybrid quantum systems that detect spins using nanomechanical membranes or bulk modes. NanoMRI8 aims to discuss the recent developments and future perspectives on these platforms and the field in general.

Eindhoven University of Technology

The European Magnetic Sensors and Actuators Conference (EMSA) is a consolidated European forum that serves to assess the status, recent progress, and development in the field of magnetic sensor technology and magnetic actuators. It was first held in 1996 in Iasi (Romania) and since then has continued every two-three years in different European cities. The aim of the conference is to generate an overview of research in magnetic sensors and actuators, to recognize their relevance in modern industry and to identify potential future collaborations. EMSA 2026 will provide an excellent opportunity to bring together scientists and engineers from universities, research institutes and industry to present and discuss their most recent results covering both fundamental and applied aspects of magnetic sensors and actuators.

Ultrafast spin dynamics and magnetization switching; Laser induced ultrafast magnetic processes; Orbital angular momentum and phonon dynamics; Ultrafast spin transport and devices; Terahertz experiments and applications; Ultrafast dynamics in antiferro- and altermagnets; Dynamics in 2D, chiral, topological and quantum materials; Ultrafast magnetic microscopy and nanoscale magnetization dynamics; Novel techniques for ultrafast magnetization dynamics; Theory and simulation of ultrafast magnetization dynamics