New Opportunities for Fundamental Physics Research with Radioactive Molecules
Virtual Meeting

June 28 - July 2, 2021


Program


Topics:

  • Particle Physics
  • Production of molecules at radioactive beam facilities
  • Current/new techniques
  • Molecular theory
  • Nuclear theory
  • Other opportunities

Panel discussions:

  1. What are the science impacts? What are the first experiments we should pursue, and what should be our long term strategy?
  2. Theoretical developments are needed to perform, interpret, and motivate experimental work?
    • Particle physics
    • Nuclear theory
    • Molecular theory
  3. What are the challenges? How do we do these experiments at these Facilities?
  4. How do we build a sustainable community?

 

YouTube Livestream (please note, this link changes daily)
PDF of Program
Preliminary Program Schedule
All times are in Eastern Daylight time (EDT)
Time Monday (28) Tuesday Wednesday Thursday Friday
9:00 - 9:35 Intro
Slides
Ramsey-Musolf
Slides
Discussion
Slides
Skripnikov Prasannaa
9:35 - 10:10 Flambaum
Slides
Dobaczewski
Slides
Isaev Gaul
Slides
Karthein
Slides
10:10 - 10:45 Cirigliano
Slides
Engel
Slides
Borschevsky
Slides
Kotochigova Inouye
Slides
10:45 - 11:20 DeVries
Slides
Butler
Slides
Fleig
Slides
Field
Slides
Stadnik
Slides
11:20 - 11:35 Break
11:35 - 12:10 Reece
Slides
Nazarewicz
Slides
Demille Krems
Slides
Vutha
12:10 - 12:45 Singh
Slides
Budker Breier
Slides
Safronova Gabrielse
12:45 - 14:00 Lunch
14:00 - 14:35 Jayich
Slides
Haxton
Slides
Rothe
Slides
Arvanitaki Panel discussion
Slides
14:35 - 15:10 Caldwell
Slides
Holt Wilkins Hamilton Panel discussion
15:10 - 15:25 Break
15:25 - 16:00 Tarbutt
Slides
Navratil
Slides
Udrescu
Slides
Von der Wense Panel discussion
16:00 - 16:35 Doyle Miyagi Gottberg Zhang
Slides
Panel Discussion
16:35 - 17:10 Hutzler/Augenbraum
Slides
Panel discussions Severin Panel discussions Summary talk


Topics to discuss:

(x) Challenges for AMO precision experiments at accelerator facilities.
(x) Strategy to identify physics cases to be pursued first.
(x) Required lab infrastructure, especially plans for a precision laboratories at FRIB, TRIUMF, and CERN.
(x) Key instrumentation, challenges and required developments.
(x) Molecular formation at RIB facilities.
(x) Required theoretical developments in AMO, nuclear and particle physics etc.
(x) ‘Bridging the gaps’: how to efficiently exchange ideas between the many different fields involved in the projects of radioactive molecules.