Laboratorio didattico per studenti corso laurea magistrale in Fisica curriculum Particle and Astroparticle Physics.
Varie postazione sperimentali con strumentazione per rivelazione di particelle (compresi rivelatori a gas e con alimentazione ad alta tensione).
Ogni anno vi accedono circa 60 studenti
Attività svolta:
The research activities of our group (Optical Spectroscopy of Nanostructured Materials) focus on the electronic properties of nanostructured semiconductor materials either spontaneously formed or artificially created To this end we employ optical spectroscopy techniques based on photoluminescence (PL) and its variants (PL excitation PL under magnetic field and other external perturbations) Raman scattering and second order photon correlation techniques Post growth hydrogen irradiation is also employed as a powerful tool to fine tune the material electronic properties
Laboratory for advanced quantum-optical spectroscopy
The aim of the laboratory is to investigate how physical properties arise when solid state systems shrink to the nanoscale. It is mainly devoted to atomic level controlled growth of molecular systems, low dimensional structures with desired morphology and spacing on suitable nano-structured templates. A special effort is dedicated to the growth of graphene on metallic substrates via chemical vapour deposition, graphene nanoribbons by molecular precursors, graphene nano- and micro-porous systems (see Fig. 1, right panel).
Diffusione della luce su campioni di materia soffice
esercitazioni didattiche principalmente associate ai corsi di laboratorio di termodinamica del corso di laurea in fisica
Sviluppo e test di rivelatori criogenici per ricerche di neutrini e materia oscura.
esercitazioni didattiche principalmente associate ai corsi di laboratorio di ottica del corso di laurea triennale in fisica
© Università degli Studi di Roma "La Sapienza" - Piazzale Aldo Moro 5, 00185 Roma
