Underlining possible effects of Coriolis acceleration in experiments with a Mössbauer source

In recent years it seems that, by measuring the transverse Doppler effect in experiments with a Mössbauer source, we observe a higher blue-shift compared to that provided by the standard relativistic time dilation. If this experimental measure will be officially recognized by the scientific community, we believe that the correct explanation must be sought within Einstein's General Relativity theory. Having this in mind, the aim of this paper is to suggest a possible interpretation of the experimental results. We immediately emphasize that ours is only an idea and does not claim to be certainly the correct explanation in the case in which the experimental data will be confirmed

About the Teaching of the Inertial Field as Maxwell like-type

This paper has a didactic aim. The Einstein General Theory of Relativity is very difficult for undergraduates students and also for graduates who have not followed a course of study in gravitational physics. For example, the calculation of some of its known consequences, such as the gravitational time dilation, requires familiarity with space-time metrics. In this paper, starting with the analogy between the electromagnetic field and the inertial one, we want to analyze, through the Einstein Equivalence Principle (EEP), some simple effect in a fictious gravitational field by using the inertial potentials in analogy with the electromagnetic ones

Analisi Matematica per informatici, Teoria ed esercizi

Il libro si propone come guida didattica allo studio dell’Analisi Matematica, per gli studenti del corso di Laurea in Informatica. Il testo di teoria, ricco di esempi ed esercizi svolti presenti in appendice, è suddiviso in quattordici capitoli principali (ai quali si aggiungono quelli introduttivi e l’appendice) che vanno dalle basi della materia alla Serie di Taylor