Differences

This shows you the differences between two versions of the page.

--- neutrino:properties:start [2020/04/07 22:15] – [NF05: Neutrino properties] schol
+++ neutrino:properties:start [2022/07/03 14:25] (current) – schol
@@ Line 1: / Line 1: @@
 ====== NF05: Neutrino properties ======
-Co-Conveners: Carlo Giunti (Torino),  Ben Jones (UT Arlington), Lisa Kaufman (SLAC), Diana Parno (Carnegie Mellon U.)
+Co-Conveners: Carlo Giunti (Torino),  Julieta Gruszko (UNC Chapel Hill), Ben Jones (UT Arlington), Diana Parno (Carnegie Mellon U.)
-===== Description=====
+**Everything about a neutrino is a neutrino property!**  Therefore our working group has strong overlap with all the groups in the neutrino frontier.  However, the following areas are centrally within the mandate of this working group:
-fill in your topical group description (brief) here.
+**Direct Neutrino Mass Measurements:**
+  * Tritium end-point experiments
+  * Electron capture experiments
+  * Any other direct (non-oscillation) methods of neutrino mass measurement
+**Majorana vs Dirac Fermions:**
+  * Neutrinoless double beta decay
+  * Neutrinoless double electron capture
+  * Two-neutrino modes
+  * Majorana phases
+  * Pseudo-Dirac Neutrinos
+  * g_A, nuclear matrix elements, etc
+**Neutrino Electromagnetic Properties:**
+  * Charge radius
+  * Electric dipole moment
+  * Magnetic dipole moment
+  * Spin and spin-flavor precession
+**We will also be considering more esoteric topics like:**
+  * Neutrino lifetime
+  * Number of active neutrinos
+  * Gravitational interactions
+  * Non-oscillation measures of lorentz or CP violation
+  * etc
+**And, exploring overlap with other working groups on areas including:**
+  * Mixing angles and Δm2 valies
+  * Mass ordering
+  * CP violation
+  * PMNS unitarity / non-unitarity
+  * Non-standard interactions (in oscillations, CEvNS, or cosmology)
+  * Lorentz and CPT violation in oscillations
+  * Coherence properties and quantum gravity connections
+  * Light sterile neutrinos
+  * Heavy sterile neutrinos
+  * Collider searchers for Majorana fermions
+  * Weak mixing angle
+  * Astrophysical probes
+  * Connections to dark energy or dark matter
+If you are interested in these topics, please join our slack channel and our listserv.
+Listserv subscription instructions:
+  -  Send an e-mail message to listserv A T fnal.gov
+  -  Leave the subject line blank
+  - Type “SUBSCRIBE SNOWMASS-NF05-PROPERTIES FIRSTNAME LASTNAME” (without the quotation marks) in the body of your message.
+===== Submitted LOI =====
+Here is the list of submitted LOIs to this topical group.   First index before "/"  corresponds to the primary frontier used for the submission.
+ {{url>https://www.snowmass21.org/docs/files/list.php?frontier=NF5  noborder 95%,600px}}