Research Highlights

Welcome to our Research Highlights page. This page gathers all of the scientific output from the NanoOddLAB, offering a comprehensive look at the team’s work and achievements. It highlights the dedication and effort our researchers put into every project, showcasing everything from published papers to ongoing studies. This is where you can get a clear view of the contributions our team is making and the impact of their hard work.

Versatile lasing architectures!

Colloidal Silver Nanoparticle Plasmonic Arrays for Versatile Lasing Architectures via Template-Assisted Self-Assembly publication by Dr. Ylli Conti
Direct in situ growth of nanoparticle arrays

Excerpt for research highlight 4. Research highlight 4 is the fourth of the research highlight posts and this is the example of the highlight’s excerpt which can only display 200 characters on the home page, and will display an “…” after the 200th character
Colloidal Nanosynthesis

Excerpt for research highlight 3. Research highlight 3 is the third of the research highlight posts and this is the example of the highlight’s excerpt which can only display 200 characters on the home page, and will display an “…” after the 200th character
Light-matter interaction in weak- and strong- coupling regime

Excerpt for research highlight 2. Research highlight 2 is the second of the research highlight posts and this is the example of the highlight’s excerpt which can only display 200 characters on the home page, and will display an “…” after the 200th character
NANOGROWDIRECT

The NanoOddLAB’s first ERC Starting Grant project begins! NanoGrowDirect aims to develop a foundational understanding of CC-iSG through the interrogation of fundamental synthetic aspects, and maximize its potential for achieving exemplary control over nanoscale properties of nanosurfaces and metamaterials.

Research Highlights

Versatile lasing architectures!

Direct in situ growth of nanoparticle arrays

Colloidal Nanosynthesis

Light-matter interaction in weak- and strong- coupling regime

NANOGROWDIRECT