Speaker
Description
Grounding nuclear physics in the Standard Model has been a longstanding goal for many in the lattice QCD community. The combined issues of signal-to-noise and difficulties associated with quantifying multi-hadronic interactions have required enormous efforts and improvements in computational techniques and analysis over the course of decades. Now, we have reached a time when computational and algorithmic advancements are finally allowing for faithful, consistent results for two-nucleon calculations across multiple collaborations using different approaches, paving the way for full calculations at the physical point. In this talk, I will focus on calculations of nucleon-nucleon interactions, highlighting the issues faced, the current status of the field, and the potential for future calculations in the realm of nuclear physics.
| Parallel Session (for talks only) | Plenary talk |
|---|
