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Ezio Iacocca


Accepting PhD Students

  • Source: Scopus
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Personal profile

Research interests

Spin hydrodynamics, including dispersive hydrodynamics in solid-state magnetism and long-distance spin transport

Ultrafast and rapid magnetisation dynamics

Linear and nonlinear waves in artificial spin ice


I received a M.Sc. in Nanotechnology from the Royal Institute of Technology (KTH), Sweden, in 2010 and obtained a Ph.D. in Physics from the University of Gothenburg, Sweden, in 2014 in the group of Prof. Johan Åkerman. I then received funding from the Swedish Research Council through the International Postdoc Award to perform research at a post-doctorate level between 2015 and 2017 in the Applied Mathematics Department at the University of Colorado in Boulder with Prof. Mark A. Hoefer. From 2018 to 2019, I took on a research associate / instructor position in the same institution funded by the U.S. Department of Energy, Basic Energy science. During my time in Boulder, I also became an international research associate at the National Institute of Standards and Technology under the sponsorship of Dr. Tom Silva. I started my current role of Senior Lecturer at Northumbria University in autumn 2019. I work with the Mathematics of Complex and Nonlinear Phenomena group.


My research is devoted to magnetisation dynamics, both from a fundamental and an applied perspective. Currently, I explore three subjects:


  1. Spin hydrodynamics deals with the hydrodynamic formulation of solid-state magnetisation dynamics. This interpretation is useful in the nonlinear regime that supports long-distance transport of information encoded by spin or angular momentum. Key publication: Phys. Rev. Lett. 118, 017203 (2017)
  2. Ultrafast magnetism explores the ultimate speeds and underlying physics in solid-state magnetism. I am particularly interested in the “rapid” regime, roughly between 10 to 100 picoseconds after a magnetic material is subject to an ultrafast event. I currently study the nucleation and dynamics of nanoscopic magnetic solitons that serve as seeds that eventually stabilise as bits of information. Key publication: Nature Communications 10, 1756 (2019)
  3. Artificial spin ice are engineered magnetic superlattices that exhibit frustration, that is, a degenerate ground state that may be reconfigured by established protocols. My research in this field focuses on the dispersion of spin waves and its dependence on the magnetisation ground state. This research complements the broader field of magnonics, where spin waves are functionalised for microwave logic applications. Key publication: Phys. Rev. B 93, 134420 (2016)

Further Information

I participate in the EU COST Action MAGNETOFON, WG1: All-optical switching / manipulation of magnetisation

Education/Academic qualification

Physics, PhD, University of Gothenburg

1 Sep 201030 Aug 2014

Award Date: 30 Aug 2014


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