Professor in Physics at Chalmers University of Technology
Membership period 2018–2023
My research group is active in nanophotonics, a subfield of physics studying how light can be controlled and manipulated with electromagnetic structured materials. Light and electromagnetic waves are of paramount importance to our modern society, for the internet, smartphones, TV screens, etc. But further progress of optics technology is limited by the availability of natural optical materials.
To circumvent the limitations of natural materials, we study and design man-made structured materials that can manipulate electromagnetic waves—from microwaves, over terahertz waves, to visible light—in ways that are impossible with natural materials. This is achieved by using small electric circuits instead of atoms as the basic constituents for the interaction of electromagnetic waves with matter. Electromagnetic structured materials have the potential to create devices that can exert precise and advanced control over light.
I have pursued this research at both sides of the Atlantic Ocean, in Belgium, Greece, and the United States, and since 2013 at Chalmers University of Technology, where I am also teaching courses in introductory physics, optics, quantum mechanics, and computer science.
Ultra-thin camera lenses of the future could see the light of day, Science X, 2020 External link, opens in new window.
How smart technology gadgets can avoid speed limits, Science X, 2018 External link, opens in new window.
Method to significantly enhance optical force, Phys.org, 2017 External link, opens in new window.
Metamaterials open up entirely new possibilities in optics, Phys.org, 2016 External link, opens in new window.
With a Love for Music and Mathematics, Chalmers Physics News, 2015 External link, opens in new window.
Light bending material facilitates the search for new particles, Phys.org, 2014 External link, opens in new window.
Improving on the amazing: Scientists seek new conductors for metamaterials, Phys.org, 2012 External link, opens in new window.
(Click for press portrait) Photo: Anna-Lena Lundqvist/Chalmers
Interests: When I am not teaching or doing science, you can find me playing the clarinet in a symphonic orchestra, on the ski slopes, exploring countries all over the world, or simply reading a good book.
“By being a member of the Young Academy of Sweden, I want to develop my commitment to a number of research policy issues and popular science activities. Issues that I want to pursue in particular are the internationalization of Swedish universities, the public's awareness of science and academic careers. There are no simple solutions to these challenges, but I think it is important that young academics have a voice in the community debate and take their responsibility. The Young Academy of Sweden gives me the opportunity to do that and I look forward to working with researchers from the whole spectrum of research disciplines.”