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Versatile lasing architectures!

Colloidal Silver Nanoparticle Plasmonic Arrays for Versatile Lasing Architectures via Template-Assisted Self-Assembly publication by Dr. Ylli Conti

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Recent Publications

Recent Publication: Colloidal Plasmonic Metasurfaces for the Enhancement of Non-Linear Optical Processes and Molecular Spectroscopies

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Gold 2025

At Gold 2025, our group showcased exciting progress in in situ growth methods!

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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.

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Research Highlights
Versatile lasing architectures!

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

Direct in situ growth of nanoparticle arrays

"Probably the most significant bottle-neck in the use of colloidal nanoparticles in real life applications is represented by their integration into functional solid-state devices. This typically required ad-hoc solutions for each colloid, including..."
Colloidal Nanosynthesis

Colloidal Nanosynthesis

"Wet-chemical methods for the synthesis of metallic/semiconductor/dielectric nanoparticles offer unmatched potential for controlling their size, shape, composition, and surface chemistry, ultimately achieving a tight control over..."
Light-matter interaction in weak- and strong- coupling regime

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

"Both localized and lattice plasmon resonances offer unique opportunities to modify the emission behavior of molecular systems. In the weak-coupling regime, both linear and non-linear optical phenomena can be enhanced by the presence of..."
NANOGROWDIRECT

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.

News

Gold 2025

At Gold 2025, our group showcased exciting progress in in situ growth ...

European Researchers’ Night 2025

The NanoOddLAB was proud to participate tothe 2025 edition of the Euro...
Gold 2025

At Gold 2025, our group showcased exciting progress in in situ growth ...
Congratulations to Dr. Conti on achieving her doctorate!

Dr. Conti completed her PhD thesis on Tuesday, 4 June 2024 when s...
Dr. Scarabelli awarded the Leonardo Scholarship

Dr. Scarabelli awarded Leonardo Grant '22
Recent Chemical Review article published!

Recent Chemical Review article published!

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