In her speech, IVA President Sylvia Schwaag Serger emphasised the importance of celebrating science and technology as cornerstones of progress and trust in society. Among the examples she showcased were two pioneering advances from Lund University that push the boundaries of modern physics and nanoscience:
Direct on-chip optical communication between nanothreads
Researchers led by Professor Anders Mikkelsen at the Division of Synchrotron Radiation Research, together with colleagues within NanoLund, have for the first time demonstrated optical communication between nanothreads. This breakthrough could enable new computer architectures that combine optical and electronic communication on the same chip.
Read the full article: "Direct on-Chip Optical Communication between Nano Optoelectronic Devices" on the APS website.
Measuring the quantum state of photoelectrons
Researchers led by David Busto and Anne L’Huillier at the Division of Atomic Physics, also part of NanoLund, have succeeded in characterising the full quantum state of electrons released by light. The work deepens our understanding of quantum phenomena and marks a step toward future quantum technologies.
The recognition from IVA highlights the strong research environment at the Department of Physics and NanoLund, where fundamental studies of nanostructures and quantum systems lay the foundation for future technologies.
Listen to the full speech by Sylvia Schwaag Serger on IVA’s YouTube channel.