The Trojan Horse Method represents an indirect approach to investigate reactions of
astrophysical relevance at the energies of interest, free of Coulomb suppression and …

Carbon burning powers scenarios that influence the fate of stars, such as the late
evolutionary stages of massive stars (exceeding eight solar masses) and superbursts from …

In this review, we discuss recent advancements in the study of clustering phenomena
occurring in light nuclei, and their influence on nuclear structure, dynamics, and …

The next years will see the completion of several new facilities at Istituto Nazionale di Fisica
Nucleare–Laboratori Nazionali del Sud (LNS) opening up new possibilities in the fields of …

Background: A multitude of broad interfering resonances characterize the B 10 (p, α) Be 7
cross section at low energies. The complexity of the reaction mechanism, as well as …

Background: The B 11 (p, 2 α) 4 He reaction is being discussed as a prime candidate for
advanced aneutronic fusion fuel systems. Particular interest in this reaction has recently …

Low-spin natural-parity states in Ne 20 at excitation energies larger than the proton
separation energy can be fruitfully explored by analyzing the behavior of the F 19 (p, α 0) O …

The nucleus C 11 plays an important role in the boron-proton fusion reactor environment as
a catalyzer of the B 10 (p, α) Be 7 reaction which, by producing a long-lived isotope of Be 7 …

In this work we reinvestigate the spectroscopy of C 13 at excitation energies larger than the
α emission threshold (E x> 10.648 MeV) by means of a comprehensive R-matrix fit of …

The 10 B (p, 1 α 1) 7 Be reaction has been studied for the first time via the Trojan Horse
Method (THM) applied to the 2 H (10 B, α α 7 Be) n quasi-free three-body process. The …