Fotonica - Propagazione Solitonica
Il laboratorio è dedicato allo studio delle propagazione di fasci luminosi solitonici in mezzi altamente non lineari.
The lab focuses on the study of optical soliton beams in strongly nonlinear materials.
Il laboratorio è dedicato allo studio delle propagazione di fasci luminosi solitonici in mezzi altamente non lineari.
The lab focuses on the study of optical soliton beams in strongly nonlinear materials.
Propagazione laser e fenomeni complessi. Meccanismi di rottura della simmetria delle repliche. Fotonica in materia soffice, bio e nanostrutturata. Propagazione THz in materiali complessi.
Il Laboratorio di Fisica Atmosferica è il sito principale dell’osservatorio atmosferico BAQUNIN (Boundary layer Air Quality-analysis Using Networks of Instruments) e ospita un ampio numero di strumenti di rilevamento attivi, passivi e in-situ operanti in sinergia per studi specifici riguardanti lo strato limite planetario (Planetary Boundary Layer, PBL) e per la calibrazione e validazione di prodotti satellitari presenti e futuri.
Laboratorio di stereoscopia digitale, computer vision e analisi dati
Test e caratterizzazione di rivelatori criogenici per la ricerca di fisica oltre il modello standard.
The Kaufman source acquired allows varying the proton beam energy from 10 to 1200 eV with a high degree of reproducibility and control. The same applies to the dose of incorporated protons. These very important parameters are typically hard to control by other systems, such as plasma sources or electrochemical methods. Indeed, Kaufman sources are configured to have the region of gas ionization physically separate from the intended target, avoiding exposure of the samples to intense and potentially damaging electric fields.
The MIRcat-xB is a field-proven multi-quantum cascade laser system. It features high-speed tuning, high spectral repeatability, improved thermal management fro room-temperatire operation without a cooling system, and long-wavelength option to the first generation of QCLs. The MIRcat is truly a one-box, fully automated system with a flexible, modular design that allows factory configuration of up to four pulsed or continuous wave/pulsed modules, plus the option to add or upgrade modules later.
Despite having an optimal sample for crystallization, obtaining crystals can be an arduous and unpredictable goal. The most important approaches to overcome this bottleneck were the discovery of appropriate precipitants, new methods of preparation of macromolecule samples, new methods of carrying out crystallization experiments but above all the increase of crystallization efficiency through automation.
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