Laser Induced Particle Synthesis and Spectroscopy

半导体纳米颗粒（NPs）现在有助于太阳能电池和显示技术，生物和医学成像和纳米光子学的重大进展。虽然这些光活性材料提供高的光捕获和光致发光（PL）效率，但它们的性能受到许多光不稳定性的限制，这些光不稳定性最终影响光子吸收和发射产率以及它们在应用中的工作寿命。Osborne实验室研究纳米颗粒的光学性质的机制和控制，从经典的CdSe量子点（QD）到新的钙钛矿（CsMX 3，M=Pb，Sn，X=Cl，Br，I）QD和纳米线（NW），现在提供这一生产领域的博士研究。[第1-4页]

Semiconductor nanoparticles (NPs) are now contributing to major advances in solar cell and display technologies, biological and medical imaging and nanophotonics. While these photoactive materials offer high, light harvesting and photoluminescence (PL) efficiencies, their performance is limited by a number of photo-instabilities that ultimately affect both photon absorption and emission yields, as well as their working lifetime in applications. The Osborne Lab conducts research into the mechanism and control of optical properties in nanoparticles, from classical CdSe quantum dots (QDs) to new perovskite (CsMX3, M=Pb, Sn, X=Cl, Br, I) QDs and nanowires (NWs) and now offers PhD research in this productive area.[1-4]