Paolo Allievi è nato a Nettuno il 22 maggio 1949.
Si è laureato in ingegneria nucleare, a pieni voti, presso l’Università degli studi di Roma nel 1976.
Ha lavorato:
-dal 1979 al 1980 presso il CNEN (ENEA) di Frascati sia sul Tokamak che come responsabile dei servizi tecnici del centro;
-dal 1981 al 1999 presso l’ENEL Direzione delle costruzioni, in particolare sull’impianto nucleare Cirene;
-dal 1999 al 2016 presso la SOGIN per lo smantellamento delle Centrali nucleari italiane dismesse.
Tra le sue pubblicazioni:
-Deformations, vibrations and resonances in a centrifuge rotor for the Uranium isotopic separation – CNEN Frascati (Prof. G. Sacerdoti, 1976).
-Electromagnetic behaviour of a superconducting turboalternator – University of Rome, Electrical Department (Prof. Veca, 1977 – Electrical World Meeting).
-An example on the application of “Scenarios’ Approach” for problems affected by uncertainty conditions (2000 - Journal of the Italian Association for Engineering Costs (AICE).
-A heuristic point of view relative to the formation of the earthquakes (2000 - Il Perito Industriale - Apim).
-Some technical, economic and financial aspects relevant to Solar Plants (2002 - Journal of Economics & Environment (E&A)).
-Water hammer (2004 – MATHESIS National Congress).
-The Time (2004 – MATHESIS National Congress).
-Miniaturization (2004 – MATHESIS National Congress).
-Mathematics applications on nuclear engineering (2004 – MATHESIS National Congress).
-Photons maximum concentration and maximum temperature into the corona of a star (2005 – MATHESIS National Congress).
-Maximum concentration of photons and maximum temperature into the corona of a star, P. Allievi, A. Trotta, Mathematics Review of Mathesis – N.3, 2006.
-Limit mass of a bright star, Allievi, A. Trotta, Mathematics Review of Mathesis – N.3, 2006.
-Evolution of solar system (2006 – MATHESIS National Congress).
-Emergence and gravitational conjectures (2007 – AIRS National Conference – Processes of Emergence of Systems and Systemic Properties: towards a general Theory of Emergence).
-Impossibility of formation of the Planets by gravitational condensation of the fine dust spread in space (2007 – MATHESIS National Conference; Mathematics Review of Mathesis – N.1, 2008).
-Hydrodynamics general equations of Euler (2007 – MATHESIS National Conference; Mathematics Review of Mathesis – N.1, 2008).
-Earthquakes (2008 – MATHESIS National Conference).
-Nuclear conversion interviews (2008 – Telereporter_Odeon Television - Rome).
-Nuclear Fusion: Tokamak Stability (Livorno 2010 - MATHESIS National Conference).
-La luce rallenta: teoria corpuscolare della gravitazione, 2011 Edizioni CompoMat.
-Cataclismi e Ricostruzione - Scienza e Tecnica, 2013 Edizioni CompoMat.
-Cataclysms & Reconstruction – Science & Technology, 2018 Aracne Editore.
