Department of Materials Science

Highlights

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“Lead-free” perovskite colloidal nanocrystals for highly performing photonic and optoelectronic devices
The results of the research published in ACS Energy Letters
scintillatore plastico
Research highlights: innovative plastic scintillators for a new generation of high energy radiation detectors
The results of the research published in Nature Nanotechnology
molecola di porfirina trasferisce energia
Research Highlights: The crystals which transform light into coherent molecular motion
The results of the research published in Journal of the American Chemical Society
impatto di una goccia d'acqua in olio su una superficie
Research highlights: Understanding drops to separate oil from contaminated water
Research published on Science Advances
Sketch of the photon upconversion process due to Porous Emitting Framework Nanoparticles
Research Highlights: Emitting porous nanoparticles to handle the solar spectrum
The results of the research published on Advanced Materials
Rappresentazione dell'incapsulamento dell'atomo di Xenon in una nanoarchitettura come una perla nella conchiglia
Research Highlights: Xenon confinement in nanometric capsules
The results of the research published on Angewandte Chemie Int. Ed.
Quantum dots and quantum rings
The Department in Materials Science Leader in Advanced Materials for Quantum Internet
Invited Review published on Nature Materials about the nanostructures for quantum photonics developed at the Department of Materials Science
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