Shape Co-existence at N=60: Single Particle Structure of $^{95}$Sr

The shape coexistence and shape transition at N=60 in the Sr, Zr region is of subject of substantial current experimental and theoretical effort. An important aspect in this context is the evolution of single particle structure for N$<$60 leading up to the shape transition. One-neutron transfer reactions are an ideal tool to study single-particle energies as well as occupation numbers which can be compared to results of modern large scale shell model calculations using a 78Ni core. Here we report on the study of the single-particle structure in $^{95}$Sr via the one-neutron transfer reaction d($^{94}$Sr,p)$^{95}$Sr in inverse kinematics. The experiment was performed at TRIUMF's ISAC facility using the TIGRESS gamma-ray spectrometer in conjunction with the SHARC charge particle detector and a fusion veto detector. The charge state of the singly charged $^{94}$Sr beam extracted from the ISAC UC$_x$ target was increased to 15$^+$ in an ECR source before acceleration to 5.5 AMeV. Gamma-rays as well alight charged particles are detected to extract energies, cross-sections, and proton angular distributions for the low-lying states in $^{95}$Sr. Initial results of this experiment will be discussed in the context of the evolution of single-particle structure in this region.