Speaker
Andrea Shindler
Description
After a brief summary of the current status for experimental searches of a permanent electric dipole moments, I delve into the various sources of CP-violation and the computational challenges associated with calculating the corresponding hadronic matrix elements using the lattice as a regulator. I then proceed detailing recent results obtained
on the neutron EDM highlighting the primary theoretical and numerical tool employed: the gradient flow. By leveraging this approach, I showcase significant progress made in understanding the neutron EDM.
I conclude outlining the near-term objectives, addressing the challenges lying ahead, and providing an optimistic outlook for the future of EDM research.
