Precise measurements of decay parameters in neutron beta decay as a means to probe the Standard Model (e.g. the neutron lifetime and the correlation between the outgoing electron and electron-antineutrino momenta).
Precise measurements of thermal and cold neutron fluences as a means to reduce the uncertainty in beam-type measurements of the neutron lifetime, as a means to measure important neutron capture cross sections (e.g. boron and lithium), and as a means to re-calibrate the national neutron source NBS-1 which underpins our neutron source and detector calibration services.
Precise measurements of neutron source intensities using the manganese bath method as a means to reduce the uncertainty of neutron source calibrations for industry and government.