For NanoLundians
As a PI, postdoc, staff, or student associated with NanoLund, you have access to a wide range of support designed to strengthen your research and career. It can be funding, visibility, access to labs and equipment, meetings, or download of templates and pictures.
Read more about membership, what support you can get, and how to access it.
Create Calendar events
Let the world know! This is a short guide on how to create calendar events and how to edit the calendar events that you have created.
Calendar
Annual Meeting – 14 October 2026
The NanoLund annual meeting will be organised together with the profile area Light and Materials, on October 14th. The theme: Sensors and Sensing. Be sure to stay tuned for more info!
Nanoscience Colloquia
Welcome to our Colloquia – a series of advanced talks on nanoscience, open to everyone within and outside academia.
Researchers mimic life’s own engines
The most advanced engines are not found in airplanes, cars, or other machines – they are found in nature. Inside our cells, tiny protein motors power everything from cell division ...
Driving the resonator in the nonlinear regime makes detecting faster
In a recent article, Harald Havir et al. present a method for rapid and efficient detection of electrical charge in quantum systems using a nonlinear resonator that amplifies the s...
Several researchers get funding from the Crafoord Foundation
Malin Alsved, Vanya Darakchieva, Javier Escobar Alcon, Xu Hou, Megan Landberg, Filip Lenrick, Anders Mikkelsen, Wei Qui, Ivan Scheblykin, Yukta Yukta, and Kshipra Sharma are awarde...
“Theory made me realize how what we learn in school is applied in research”
The annual summer scholarship for high school students in Skåne is a programme that offers teenagers a chance to dive into what it is like to work in research. This year, students ...
Making quantum information remain stable in the presence of noise
PhD student William Samuelson et al have developed a theoretical framework showing how Majorana bound states can remain robust even in strongly interacting quantum systems.