Title: SNO+


A follow-up experiment to the Sudbury Neutrino Observatory is being built, called SNO+. With a liquid scintillator replacing the heavy water, SNO+ will examine neutrino phenomena at lower energies than SNO. Physics goals include: detecting the CNO solar neutrinos and using them to resolve a new puzzle related to solar chemical composition; precision measurements of the survival probability of pep solar neutrinos at the transition energy between vacuum- and matter-dominated oscillations; and measuring the flux of geo neutrinos at a detector site where the local geology has been extensively characterized, enabling the measurement to address fundamental questions in geoscience. SNO+ will also dissolve a neodymium compound in the liquid scintillator in order to perform a competitive neutrinoless double beta decay search. The physics capabilities and the status of the experiment will be presented.