Position uncertainties of AGATA pulse-shape analysis estimated via the bootstrapping method

Abstract The unprecedented capabilities of state-of-the-art segmented germanium-detector arrays, such as AGATA and GRETA, derive from the possibility performing pulse-shape analysis. comparison net- transient-charge signals with databases via grid-search methods allows identification $$\gamma $$ ? -ray interaction points within segment volume. Their precise determination is crucial for subsequent reconstruction paths array tracking algorithms, hence performance spectrometer. In this paper position uncertainty deduced point investigated using bootstrapping technique applied to $$^{60}$$ 60 Co radioactive-source data. General features extracted are discussed well its dependence on various quantities, e.g. deposited energy, number firing segments geometry.