Optimizing detector configuration for breakup reactions using Monte-Carlo simulation

Optimum configuration for detector setup in a nuclear reaction experiment is a very important aspect to consider. Often, nuclear physicists perform experiments when two or more breakup fragments are required to be detected in coincidence. In these cases, an optimum detector configuration is very much desired in order to achieve maximum statistics. A proper simulation of reaction kinematics for the actual experiment will give insight into judging the experimental hurdles. Nowadays with the advancement of data acquisition systems, nuclear physicists are performing experiments with an increasing number of detectors. We presented a simulation for three body breakup from the Hoyle state, but our code can be used for two-body and four-body breakup reactions as well. Such simulations to find an optimum detector geometry is extremely important before carrying out any experiment to measure breakup cross sections