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| **Announcement Blurb**: The dates for the summer study are July 11 - 20, 2021 and we are now soliciting site proposals. Send site proposals to cushman@umn.edu by November 15, 2019 and they will be evaluated by the entire DPF executive committee. Plan for ~ 1000 attendees. Include the following: Names of your local organizing committee, cost and availability of lodging (mix of low- and high-end hotels, dorms or retreat center), public transportation, rough estimate of registration cost prior to any supplement provided by DOE or a private foundation, although your plans for defraying the cost can be included. Include parallel session rooms, auditorium (seats ~ 1000), coffee breaks, AV, and administrative help. Provide a rough estimate of banquet or reception costs separately. Feel free to include any special advantages of your venue. For your reference, the 2013 website is still (mostly) available at http://www.hep.umn.edu/css2013/ | **Announcement Blurb**: The dates for the summer study are July 11 - 20, 2021 and we are now soliciting site proposals. Send site proposals to cushman@umn.edu by November 15, 2019 and they will be evaluated by the entire DPF executive committee. Plan for ~ 1000 attendees. Include the following: Names of your local organizing committee, cost and availability of lodging (mix of low- and high-end hotels, dorms or retreat center), public transportation, rough estimate of registration cost prior to any supplement provided by DOE or a private foundation, although your plans for defraying the cost can be included. Include parallel session rooms, auditorium (seats ~ 1000), coffee breaks, AV, and administrative help. Provide a rough estimate of banquet or reception costs separately. Feel free to include any special advantages of your venue. For your reference, the 2013 website is still (mostly) available at http://www.hep.umn.edu/css2013/ |
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| Process: DPF exec reviews and chooses. Each page has the proposal and a list of pros and cons. Let's start by just filling in pro and con for each site as a way to begin the discussion. | Process: Steering committee and program committee reviews, but final vote is DPF exec only. Each page has the proposal and a list of pros and cons. Everyone is welcome to fill out pros and cons for each site as a way to begin the discussion. {{:dpf:snowmass-site-selection.xlsx|Direct comparison of budgets}} was examined by Tulika Bose and we will have to ask for further information from the sites, so don't worry too much about the budget details; instead think about other costs, like getting there and cars and hotels and lunches. Consider the site, the organizing committee, your personal preferences - whatever you want, since these are just talking points. |
| * [[:dpf:snowmass:Pittsburg|University of Pittsburgh and Carnegie Mellon]] | * [[:dpf:snowmass:Pittsburg|University of Pittsburgh and Carnegie Mellon]] |
| * [[:dpf:snowmass:Washington|University of Washington]] | * [[:dpf:snowmass:Washington|University of Washington]] |
| * [[:dpf:snowmass:VTech|Virginia Tech]] | * [[:dpf:snowmass:VTech|Virginia Tech]] |
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| ==== Convener Nominations ===== | APS has software they use to choose sites. Here is relevant information from that software (as promised). |
| | Availability of convention centers is not relevant, so I left it off. |
| | {{:dpf:snowmass_summer_study_site_comparison.xlsx|comparison table}} |
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| | Compare sites on [[https://docs.google.com/spreadsheets/d/1rjfbCGqOU-JG1nrRi4aVIN1WDPNiD4dVLnAjkXF-HKY/edit#gid=0|google spreadsheet]] |
| | ==== Convener Nominations ==== |
| | * Google Spreadsheet with the nomination grids can be found here https://docs.google.com/spreadsheets/d/1DGXSqEQJWoePrYpMkINCnw2ehLtgU-AV2u3W9cnBhfc/edit?usp=sharing |
| * [[dpf:snowmass:energy|Energy Frontier]] (Contact chill@physics.osu.edu, tmptait@gmail.com to nominate conveners) | * [[dpf:snowmass:energy|Energy Frontier]] (Contact chill@physics.osu.edu, tmptait@gmail.com to nominate conveners) |
| Higgs Physics | |
| Properties (mass and width) | |
| Decay channels | |
| Production processes (VBF, associated etc.) | |
| Top Quark physics | |
| BSM: new bosons, new fermions | |
| BSM: SUSY and MET | |
| Accelerator Searches for DM and long-lived particles | |
| ATLAS & CMS | |
| Dedicated experiments | |
| Electroweak: W = production, mass and Z Production processes | |
| QCD: Pdf measurements, | |
| Precision X-section measurements | |
| Use of QCD and Lattice in extraction of CKM elements and pseudoscalar decay constants | |
| Heavy Ions | |
| Hadron spectroscopy: light meson, b b-bar, c c-bar, exotic tetraquark, pentaquark states | |
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| * [[dpf:snowmass:rare|Frontiers in Rare Processes, Precision Measurements, and Dark Sector]]. (Contact slstone@syr.edu, rhbob@fnal.gov to nominate conveners) | * [[dpf:snowmass:rare|Frontiers in Rare Processes, Precision Measurements, and Dark Sector]]. (Contact slstone@syr.edu, rhbob@fnal.gov to nominate conveners) |
| Weak decays of b & c quarks | |
| Tests of Standard Model CP violation, CKM measurements | |
| Lepton flavor universality tests | |
| Rare phenomena, B(s)->mu+mu-, B->K(*)lepton+lepton-, Bs-> phi gamma,other SM tests | |
| Beyond the SM direct searches including dark photon, Majorana neutrinos, etc... | |
| CP violation at colliders | |
| CP violation at low energies (e.g. where CP violation is not bound by EDM measurements) | |
| Electric and magnetic dipole moments | |
| CLFV (mu to e conversion, rare muon and tau decays) | |
| Parity violation and fundamental symmetry tests | |
| Nucleon decay, n-n-bar mixing | |
| Low Energy Measurements (AMO) | |
| New Light Weakly-Coupled Particles | |
| Nano-gravity and Fifth Force, frame-dragging, Eotvos | |
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| * [[dpf:snowmass:cosmic|Cosmic Frontier]] (Contact profumo@ucsc.edu , diehl@fnal.gov to nominate conveners) | * [[dpf:snowmass:cosmic|Cosmic Frontier]] (Contact profumo@ucsc.edu , diehl@fnal.gov to nominate conveners) |
| Dark Matter Direct Detection | * [[dpf:snowmass:neutrino|Frontiers in Neutrino Physics]] (Contact degouvea@northwestern.edu, schol@phy.duke.edu to nominate conveners) |
| Particles (WIMP-like) | |
| Waves (Axion/ALP-like) | |
| Dark Sector Phenomenology and New Directions | |
| Indirect DM detection (gamma and cosmic ray signatures) | |
| Astrophysical DM probes (galaxy halo substructure, clusters, large-scale structure) | |
| Dark Energy and Cosmic Expansion: | |
| Growth of structure probes | |
| Expansion (H0) and expansion history probes | |
| Inflation and the early universe: CMB, Other probes of the early universe | |
| Probes/Tests of General Relativity | |
| Gravitational waves as probes of cosmology and fundamental physics | |
| Multi-messenger astroparticle physics | |
| Cosmic Probes of Neutrino properties | |
| Cosmic Ray Physics | |
| Cosmic Observatories/Facilities (CMB, O/IR, Radio, Gamma ray, Cosmic ray, grav. wave, etc.) | |
| | |
| * [[dpf:snowmass:neutrino|Frontiers in Neutrino Physics]] | |
| (Contact degouvea@northwestern.edu, schol@phy.duke.edu to nominate conveners) | |
| Neutrino mass | |
| Neutrino cross sections | |
| Neutrinoless Double-Beta Decay | |
| CEvNS | |
| 3-Flavor Oscillations | |
| Neutrino Physics from Astrophysical Sources (Solar, Atmospheric, Supernova, Extra-galactic) | |
| Sterile neutrinos and other BSM candidates | |
| Geo neutrinos, tomography and other practical applications | |
| * [[dpf:snowmass:theory|Theory Frontier]] (Contact ntoro@slac.stanford.edu , denisovd@bnl.gov to nominate conveners) | * [[dpf:snowmass:theory|Theory Frontier]] (Contact ntoro@slac.stanford.edu , denisovd@bnl.gov to nominate conveners) |
| Field Theory Techniques and Scattering Amplitudes | * [[dpf:snowmass:underground|Underground Facilities and Infrastructure]] (Contact John.Orrell@pnnl.gov, alysia.marino@colorado.edu to nominate conveners) |
| (EFT, CFT, bootstrap method, amplitudes, formal connections) | * [[dpf:snowmass:accelerator|Accelerator Science and Technology Frontier]] (Contact nsergei@fnal.gov, scousine@ornl.gov to nominate conveners) |
| Quantum Gravity, Blackholes, and String Theory (incl. connection with geometry, CM and QIS) | |
| Astro-particle Theory and Cosmology | |
| Inflationary models, EFT for cosmology, dark energy (DAP, DGRAV connections) | |
| Lattice gauge techniques and applications | |
| BSM model building: SUSY GUTs, composite models, string models | |
| Cross-cutting: organizational group of liaisons to Cosmic, Neutrino, Rare/Precision, Energy | |
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| * [[dpf:snowmass:underground|Underground Facilities and Infrastructure]] | |
| (Contact John.Orrell@pnnl.gov, alysia.marino@colorado.edu to nominate conveners) | |
| Current and future laboratories and program development | |
| Low background facilities | |
| Low radiation techniques and R&D | |
| Synergies with other underground science (mining, bio, medical…) | |
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| * [[dpf:snowmass:accelerator|Accelerator Science and Technology Frontier]] | |
| (Contact nsergei@fnal.gov, scousine@ornl.gov to nominate conveners) | |
| Accelerators for Neutrino and High Intensity Frontiers, and PBC (Physics Beyond Colliders) | |
| Accelerators for EW/Higgs sector | |
| Accelerators for Energy Frontier: p-p, mu-mu, e-e, gamma-gamma | |
| Accelerators for rare processes and precision measurements | |
| Advanced Accelerator Concepts | |
| Accelerator Science and Technology R&D: RF, high-field magnets, accelerator and beam physics, | |
| targets and sources, test facilities, synergies | |
| * [[dpf:snowmass:instrumentation|Instrumentation Frontier]] (Contact rusack@umn.edu, matthew.szydagis@gmail.com to nominate conveners) | * [[dpf:snowmass:instrumentation|Instrumentation Frontier]] (Contact rusack@umn.edu, matthew.szydagis@gmail.com to nominate conveners) |
| Quantum sensors | * [[dpf:snowmass:computational|Computational Frontier]] (Contact psihas@fnal.gov, ssekula@physics.smu.edu to nominate conveners) |
| Photon Detectors | * [[dpf:snowmass:community|Community Involvement]] (Contact rafael@purdue.edu, sbutalla2012@my.fit.edu to nominate conveners) |
| Phonon Sensors | |
| Precision Timing | |
| Particle/Radiation Detectors for General Applications | |
| Trigger and DAQ | |
| Muon systems | |
| Calorimetry | |
| Electronics | |
| Charge/e-/Ionization Collection | |
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| * [[dpf:snowmass:computational|Computational Frontier]] | |
| (Contact psihas@fnal.gov, ssekula@physics.smu.edu to nominate conveners) | |
| Computational Physics and Algorithms | |
| Machine and Deep Learning | |
| Statistical Techniques | |
| Distributed and High Performance Computing | |
| Networking | |
| Computing/software infrastructure | |
| Quantum Computing | |
| Quantum Communication | |
| | |
| * [[dpf:snowmass:community|Community Involvement]] | |
| (Contact rafael@purdue.edu, sbutalla2012@my.fit.edu to nominate conveners) | |
| Applications & Industry | |
| Physics Education | |
| Public Policy and Government Engagement | |
| Public Education and Outreach | |
| Diversity & Inclusion | |
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| | ==== Steering Committee Meetings ==== |
| | *[[dpf:snowmass:11-18-19| Monday, Nov 18]] |
| | *[[dpf:snowmass:12-12-19| Thursday, Dec 12]] This meeting page also has the set of Frontier Conveners who have NOT sent regrets. Frontier conveners were chosen from these spreadsheets. |