Bringing research to the lab to prove his theories
Using knowledge from one field in another can lead to unexpected breakthroughs. Wallenberg Scholar Emil Bergholtz has established a system to constantly explore new fields. The next step is to substantiate his theories within topological systems by building an extremely sensitive sensor.
Professor Emil Bergholtz is a Wallenberg Scholar. Foto:Magnus Bergström/KAW
Bergholtz is driven by curiosity and a determination to constantly develop himself and his knowledge.
“It’s difficult to innovate as a researcher if you restrict yourself to one and the same field. What’s more, tackling new disciplines offers a number of advantages. You’re not burdened by preconceived notions or detailed knowledge that can create obstacles,” says Bergholtz, professor of theoretical physics at Stockholm University.
Topological phases of matter are amongst the most interesting phases that are being studied, both theoretically as well as in experiments. In this project, we focus on the various types of phase transitions that topological phases can undergo.