All times in Eastern Standard Time (of the U.S.)

**Thursday**

- 11:20am
**J. Engel:***Welcome, discussion of final year* - 11:30am
**S. Elliot:***Update on double-beta experiments* - 12:00pm
**K. Wendt/T. Coello Perez:***BB decay and error quantification in very light systems* - 12:30pm
**BREAK** - 01:00pm
**S. Pastore:***Weak processes in ligth nuclei* - 01:30pm
**W. Haxton:***Developments in HOBET* - 02:00pm
**LUNCH BREAK** - 03:30pm
**R. Stroberg:**BB decay in the SM-IMSRG - 04:00pm
**J. Yao:***BB decay in the IM-GCM* - 04:30pm
**BREAK** - 05:00pm
**S. Novario:***BB decay in coupled clusters* - 05:30pm
**R. Basili:***Benchmarking the NCSM and IM-CGCM in light nuclei*

**Friday**

- 11:30am
**K. Fuyuto:***Double-beta decay with sterile neutrinos* - 12:00pm
**J. Vasquez Carmona:***Long-range contributions to BB decay, probes of the LR-symmetric model, EDMs in diamagnetic systems* - 12:30om
**BREAK** - 01:00pm
**M. Ramsey-Musolf:***BB decay, the LHC, and leptogenesis* - 01:30pm
**V. Cirigliano:**Towards estimating the EFT BB contact term - 02:00pm
**LUNCH BREAK** - 03:30pm
**A. Nicholson:***Developments in LQCD for BB decay* - 04:00pm
**A. Shindler:**The neutron EDM in LQCD - 04:30pm
**M. Horoi:***Neutrino properties and BB decay* - 05:00pm
**DISCUSSION:**final year deliverables

- J. Engel
*Welcome* - H. Monge-Camacho
*Progress on Lattice Calculations for \(\beta\beta\) Decays* - V. Cirigliano
*EFT approach to \(0\nu\beta\beta\): an update* - S. Pastore
*Quantum Monte Carlo calculations of lepton-nucleon interactions* - P. Gysbers
*Updates on \(0\nu\beta\beta\) with NCSM and SRG Evolution* - S. Novario
*\(0\nu\beta\beta\) Matrix Elements with Coupled Cluster Theory* - J. Yao
*Ab initio Calculation of Nuclear Matrix Elements of \(0\nu\beta\beta\) with IMSRG+GCM approach* - R. Stroberg
*Double beta decay with the valence space IMSRG* - J. Engel for Changfeng Jiao and Calvin Johnson
*New GCM approach for \(0\nu\beta\beta\)* - W. Haxton
*HOBET* - J. Vary
*No Core Shell Model with Electroweak Interactions* - S. Bogner
*The \(0\nu\beta\beta\)-DGT correlation function and wave function factorization* - J. de Vries
- Y. Cao
*Global octupole deformation and Schiff moment*

- P. Gysbers
*SRG Evolution of \(0\nu\beta\beta\) Operators in Light Nuclei* - J. Vary
*No Core Shell Model With Consistent Electroweak Interactions*

- J. Engel,
*Welcome to Meeting IV* - G. Hagen,
*A solution to the quenching puzzle of beta-decays and 0nubb in 48Ca* - M. Horoi,
*Disentangling BSM effective field contributions to double beta decay* - C. Jiao,
*The Hamiltonian-based generator- coordinate calculations of 0νββ decay NMEs* - S. Quaglioni,
*SRG-evolved operators for beta and beta-beta decay* - J. Vary,
*Effective Operators in Two-Nucleon Systems: Quenching and Enhancement Effects* - P. Vogel,
*0nubb nuclear matrix elements and neutrino potentials* - A. Walker-Loud,
*Lattice QCD Highlights since last time*

- S. K. Bogner,
*Effective operators from wave function factorization* - G. Hagen,
*Coupled cluster for beta and double-beta decay* - M. Horoi,
*Matrix elements beyond the standard mechanism* - C. Jiao,
*Generator Coordinate calculations of matrix elements* - J.P. Vary,
*NCSM and neutrinoless double beta decay* - L. Wang,
*Two-body currents for double-beta decay* - J. Yao,
*MR-IMSRG for double-beta decay*

- M. Ramsey-Musolf
*Connecting neutrinoless double beta decay to collider signals I*

- J. Engel,
*Matrix elements for NLDBD: overview* - W. Haxton,
*Effective operators in Double Beta Decay* - H. Hergert,
*Ab initio calculations of nuclear matrix elements with IMSRG methods* - S. More,
*SRG evolution of transition operators and currents* - A. Nicholson,
*Hadronic matrix elements for NLDBD from lattice QCD* - S. Pastore,
*Correlations and two-body currrents in weak processes* - M. Ramsey-Musolf,
*TeV scale Lepton Number Violation: NLDBD and the LHC* - A. Walker-Loud,
*The axial charge of the nucleon from QCD*

- A. Nicholson,
*Status of LQCD calculations of double-beta decay operators* - J. Carlson,
*Nuclear Many-body calculations of double beta decay and focused needs from LQCD* - V. Cirigliano,
*EFT approach to neutrinoless double-beta decay and the impact of Lattice QCD*