CUPANI, GuidoGuidoCUPANICRISTIANI, StefanoStefanoCRISTIANID'ODORICO, ValentinaValentinaD'ODORICOGonzález-Hernández, J. I.J. I.González-HernándezLovis, C.C.LovisSegovia Milla, A. G.A. G.Segovia MillaSousa, S.S.SousaSosnowska, D.D.SosnowskaDI MARCANTONIO, PaoloPaoloDI MARCANTONIOMégevand, D.D.Mégevand2020-04-082020-04-0820150037-8720http://hdl.handle.net/20.500.12386/23935Several ambitious scientific projects are currently pushing the limits of astrophysical spectroscopy, in terms of wavelength accuracy and long-term stability. These objectives put strong constraints also on the treatment of observational data, requiring dedicated software to be developed as an integral part of the instrument. In this context, a key role will be played by ESPRESSO, an ultra-stable, high-resolution spectrograph for the VLT. ESPRESSO will be the first ESO instrument to be delivered with a dedicated tool for data analysis, in addition to data reduction. New solutions to treat ESPRESSO data have been developed in view of their application to the the next-generation spectrographs. <P />STAMPAenArticlehttp://sait.oat.ts.astro.it/MSAIt860315/index.htmlhttp://sait.oat.ts.astro.it/MmSAI/86/PDF/502.pdf2015MmSAI..86..502CFIS/05 - ASTRONOMIA E ASTROFISICA