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Dr. Leah Broussard performs precise measurements of the properties of the neutron at Oak Ridge National Laboratory (ORNL) to better understand the fundamental interactions of nature.  She obtained a Bachelor of Science in Computer Science with majors in math and physics from Tulane University, and was introduced to the field of fundamental neutron physics when she participated in a summer undergraduate research program at the National Institute of Standards and Technology.  In her doctoral research at Duke University, she studied the beta decay of both the neutron and the nucleus to better understand the weak interaction, and led an experiment which significantly improved the measured precision of the half-life of 19Ne.  She got her postdoctoral training at Los Alamos National Laboratory as a Seaborg Fellow, and was later awarded the Science Campaigns Seaborg Fellowship for developing new applications of actinide research using ultracold neutrons.  She joined ORNL as a Wigner Fellow where she spearheaded a new program of research to search for exotic properties of the neutron.  Today she is developing two next-generation neutron physics experiments at ORNL as part of research funded by a Department of Energy Early Career Award.  One will study the beta decay of the neutron with unprecedented precision.  The other will perform the world's most ambitious search for the neutron's electric dipole moment, and shed light on the puzzling matter-antimatter asymmetry in the universe.