Umberto Dalesio

Biography

[1997] PhD in Physics, University of Turin Title of thesis: Production of charms in deeply anelastic diffusion mediated by electrodeposition currents: theoretical and phenomenological study [1993] Degree in PHYSICS (110/110 praise and mention), University of Turin Thesis title: Standard model: Radiation corrections in Γ (Z → f fbar) and Γ (Z → f fbar γ) SCIENTIFIC ACTIVITY [Nov. 2014] Associate Professor (SC 02 / A2, Theoretical Physics of Fundamental Interactions, SSD FIS / 02), University of Cagliari [Dec. 2002 - nov. 2014] University Researcher (SSD FIS / 02) - University of Cagliari [2001 - 2002] Research Assistant - University of Cagliari - Theme: Spin Effects in Adonic Processes [1999 - 2001] Post-PhD - University of Cagliari - Theme: Effects of spin in adronic processes [1996 - 1998] European Network Research Contracts: "Hadronic Physics with High Energy Electromagnetic Probes", University of Heidelberg (Germany) - Theme: Strong interaction phenomenology Scientific collaboration periods at: Brookhaven National Laboratory (BNL), USA (March 2002, May 2005); Institute for Nuclear Theory, Seattle, USA (August 2003); Imperial College, London, UK (November 2004); Department of Theoretical Physics II, Complutense University, Madrid, Spain (various periods in 2012, 2013, 2014)

Research Interest

Author of more than 40 publications in international journals, including 3 articles on invitation, over 60 contributions in national / international congress events, about 40 oral presentations, including 25 on invitation and 3 feasibility studies. List of works on InSPIRE His main interest is in adonic physics in perturbative QCD and elemental particle phenomenology. For several years he has been involved in the study of spin effects and intrinsic impulses in adonic processes in QCD and the three-dimensional structure of the nucleon. In particular, the following topics are investigated: i) effects of intrinsic transverse moments in the inclusive production of pioneers, photons and hyperambulins Lambda in non-polarized adonic collisions; ii) single transverse spin asymmetries and azimuth asymmetries in inclusive and semi-inclusive processes in pp, ep, and + e- collisions; iii) theoretical development of helical formalism with the inclusion of effects of intrinsic transverse moments; iv) phenomenological extraction of important functions dependent on spin and intrinsic time (Sivers's function of Collins) and transversal distribution; v) study of the universality of spin and transverse dependent distributions in various inclusive and semi-inclusive processes.