Please read these instructions before posting any event on Fermilab Indico

US/Central English (United Kingdom) Login

Snowmass Community Planning Meeting - Virtual

5–8 Oct 2020
Virtual
US/Central timezone
Captions are available at https://us.ai-live.com/CaptionViewer/Join/thirdparty?sessionId=USFERM0810B . Default meeting times are in US Central Daylight Time (UTC-5). Zoom connection information has been sent to registered participants.

Contact

Contribution List

397 / 397
51. Welcome
Nigel Lockyer (Fermilab)
05/10/2020, 11:00
52. Goals of the CPM and Snowmass Timeline
Young-Kee Kim Kim (The University of Chicago)
05/10/2020, 11:05
53. Local Organizing Committee Welcome and Meeting Logistics
Bo Jayatilaka (Fermilab)
05/10/2020, 11:15
2. Exciting Physics Before Us
JoAnne Hewett (SLAC)
05/10/2020, 11:20
3. Strategies and Plans in Other Regions: Europe and Russia
Jorgen D'Hondt (Vrije Universiteit Brussel & IIHE)
05/10/2020, 11:45
4. Strategies and Plans in Other Regions: Asia and Pacific
Geoffrey Taylor (The University of Melbourne)
05/10/2020, 12:05
6. Strategies and Plans in Other Regions: Canada
Brigitte Vachon (McGill University)
05/10/2020, 12:25
7. Strategies and Plans in Other Regions: Latin America
Rogério Rosenfeld
05/10/2020, 12:35
8. Strategies and Plans in Other Regions: Africa and Middle East
Shaaban Khalil
05/10/2020, 12:45
9. Strategies and Plans in Related Fields: Astrophysics
Fiona Harrison (Caltech)
05/10/2020, 13:25
10. Strategies and Plans in Related Fields: Nuclear Physics
Kate Scholberg (Duke University)
05/10/2020, 13:40
11. Remarks from Funding Agencies to the Snowmass Process: DOE
Jim Siegrist (DOE)
05/10/2020, 13:55
12. Remarks from Funding Agencies to the Snowmass Process: NSF
Saul Gonzalez (NSF)
05/10/2020, 14:05
121. Town Hall Presentations
05/10/2020, 14:45

Mayly Sanchez - ANNIE and the Future of Hybrid Neutrino Detectors
Doojin Kim - Detecting keV-range super-light dark matter using graphene Josephson junction
Rebeca Gonzalez Suarez - Searches for Long-Lived Particles at the FCC-ee
David Hertzog - Testing Lepton Flavor Universality and CKM Unitarity with Rare Pion Decays
Sebastian Ellis - Heterodyne Detection of Axion Dark Matter via...
138. EF Activities and Focus Questions
Alessandro Tricoli (BNL)
06/10/2020, 11:00
238. IF Introduction
Jinlong Zhang (ANL)
06/10/2020, 11:00
239. CPAD Introduction
Karsten Heeger (Yale University)
06/10/2020, 11:15
314. AF2 Plans and Discussion
John Galambos
06/10/2020, 11:30
350. Compact binaries as probes of dense matter and QCD phase transitions
Dr Philippe Landry (Calstate Fullerton)
06/10/2020, 11:30
143. Cosmic Origins
Marko Simonović
06/10/2020, 11:30
249. EF perspective
Maxim Titov (CEA Saclay)
06/10/2020, 11:30
148. Higgs properties projections for the HL-LHC
Andrew Gilbert (Northwestern University)
06/10/2020, 11:30
189. Introduction (Zhirong Huang et al.)
06/10/2020, 11:30
292. Introduction: EF05/06 Letters of Interest on nonperturbative effects in high-precision QCD predictions
Stefan Hoeche (Fermilab), Pavel Nadolsky (Southern Methodist University)
06/10/2020, 11:30

We introduce Letters of Interest submitted to the EF05 and EF06 topical groups and dedicated to the treatment of nonperturbative effects in high-precision QCD computations and parton showering programs.
181. LHC EFT studies
Kristin Lohwasser
06/10/2020, 11:30
177. Overview of Neutrino Masses and the Nature of Neutrinos
Prof. Alexei Smirnov
06/10/2020, 11:30
233. Overview on light dark matter cosmology (15' + 5')
Nikita Blinov (SLAC National Accelerator Laboratory), Nikita Blinov
06/10/2020, 11:30
203. Particle Dark Matter and Neutrino Needs
Enectali Figueroa-Feliciano (Northwestern University)
06/10/2020, 11:30
383. Targets and Sources Plan Presentations
06/10/2020, 11:30
87. Theory motivation and benchmarks
Nausheen Shah (Wayne State University), Nausheen Shah (FNAL)
06/10/2020, 11:30
190. GARD test facilities (Vitaly Yakimenko, SLAC)
06/10/2020, 11:35
240. High-level Summary of IF LOIs
Phillip Barbeau (Duke University)
06/10/2020, 11:35
351. Probing nuclear astrophysics and gravitation with neutron stars
Dr Emmanuel Fonseca
06/10/2020, 11:36
144. Gravitational View of the Early Universe
Jonathan Kozaczuk
06/10/2020, 11:40
250. RF perspective
Marina Artuso (syracuse university)
06/10/2020, 11:40
352. Discovering quark-matter cores in massive neutron stars
Dr Aleksi Kurkela
06/10/2020, 11:42
88. EF Overview
Caterina Doglioni (Lund University), Liantao Wang (University of Chicago)
06/10/2020, 11:45
149. Higgs properties projections at future e+e- Colliders
Junping Tian (University of Tokyo)
06/10/2020, 11:45
191. International test facilities (Ralph Assmann, DESY)
06/10/2020, 11:45
291. New frontiers in the PDF analysis in the HL-LHC era
Maria Ubiali (University of Cambridge)
06/10/2020, 11:45
204. Wave-like Dark Matter Needs
Derek Kimball (California State University -East Bay)
06/10/2020, 11:45
182. Removing Flat Directions in SMEFT Fits: Complementing the LHC with polarized EIC data
Daniel Wiegand (Northwestern University/Argonne National Lab)
06/10/2020, 11:47
353. Discussion session
Jacquelyn Noronha-Hostler (Rutgers University)
06/10/2020, 11:48
251. Enabling technologies for picosecond timing detectors
Abraham Seiden (University of California, Santa Cruz), Abraham Seiden (University of California at Santa Cruz)
06/10/2020, 11:50
145. Light Relics
Benjamin Wallisch (Institute of Advanced Study & University of California, San Diego), Simon Knapen
06/10/2020, 11:50

Light Relics and Dark sectors
234. RF6 Light dark matter studies at high intensities (15' + 5')
Gordan Krnjaic (Fermilab)
06/10/2020, 11:50
384. Targets and Sources Plan discussion
06/10/2020, 11:50
89. CF Overview
Hugh Lippincott (UCSB), Tracy Slatyer (Massachusetts Institute of Technology)
06/10/2020, 11:55
178. Direct searches for neutrino masses
Prof. Joseph Formaggio
06/10/2020, 11:55
193. Universities (Ritchie Patterson, Cornell)
06/10/2020, 11:55
154. CEPC (already presented on Sep 30, 2020)
Jie Gao (IHEP)
06/10/2020, 11:59
338. Additional Time In Session
06/10/2020, 12:00
205. Discussion
06/10/2020, 12:00
252. Enabling technologies for low mass trackers
Tony Affolder (UCSC- SCIPP)
06/10/2020, 12:00
155. ILC
Marc Ross (SLAC), Shinichiro MICHIZONO (KEK)
06/10/2020, 12:00
378. Nonperturbative aspects of the measurements of the QCD coupling
Joey Huston (Michigan State University)
06/10/2020, 12:00
146. Dark Energy
Simone Ferraro
06/10/2020, 12:03
183. Low-energy SMEFT
Jordy de Vries (UMass)
06/10/2020, 12:04
90. Discussion
06/10/2020, 12:05
156. FCC-ee
Frank Zimmermann (CERN)
06/10/2020, 12:05
196. Low-energy test facilities (Edith Nissen, Jlab)
06/10/2020, 12:05
198. CBETA (Georg Hoffstaetter, Cornell)
06/10/2020, 12:10
157. CLIC
Steinar Stapnes (FNAL)
06/10/2020, 12:10
253. discussion and future plans
06/10/2020, 12:10
235. NF03 Light dark matter at accelerator neutrino facilities (15' + 5)
Wooyoung Jang (University of Texas at Arlington)
06/10/2020, 12:10
147. Discussion
06/10/2020, 12:13
200. Any additional contributions
06/10/2020, 12:15
158. Muon Collider Higgs Factory
Mark Palmer (Brookhaven National Laboratory)
06/10/2020, 12:15
293. QCD at the Forward Physics Facility at CERN
Maria Vittoria Garzelli (Hamburg Universitaet)
06/10/2020, 12:15
201. General discussions
06/10/2020, 12:20
180. Neutrinoless double beta decay
Dr Lisa Kaufman
06/10/2020, 12:20
159. The C^3 Linear Accelerator Concept and its application to e+/e- colliders and novel g-g colliders
Sami Tantawi (SLAC)
06/10/2020, 12:20
184. Operator series and theory errors
Adam Martin (University of Notre Dame), Adam Martin (Fermilab)
06/10/2020, 12:21
160. ERL-based FCCee
Vladimir Litvinenko (BNL)
06/10/2020, 12:25
120. Cosmology Intertwined
Dr Eleonora Di Valentino (University of Manchester)
06/10/2020, 12:30
150. Higgs Factory, the next steps for EF/AF/TF
Christophe Grojean (CERN), Patrizia Azzi (INFN - LPC), Sarah Eno, Spencer Gessner (SLAC)
06/10/2020, 12:30
224. Overview: beyond the BRN report
Caterina Vernieri (SLAC), Lucie Linssen (CERN), Marina Artuso (syracuse university), Maxim Titov (CEA Saclay), Rachel Yohay (Florida State University)
06/10/2020, 12:30
294. Precision PDF at the Electron-Ion Collider
Timothy Hobbs (CTEQ at SMU)
06/10/2020, 12:30
185. Dark Matter EFT
Mikhail Solon
06/10/2020, 12:43
179. Neutrinos in cosmology
Prof. Marilena Loverde
06/10/2020, 12:45
328. Standard Siren Cosmology
Hsin-Yu Chen (University of Chicago)
06/10/2020, 12:45
225. Requirements from LLP searches
Henry Lubatti (University of Washington, Seattle), Jenny List (DESY), Lawrence Lee (Harvard University), Sheldon Stone (Syracuse University), Simone Pagan Griso (Lawrence Berkeley National Laboratory), Yuri Gershtein (Rutgers University)
06/10/2020, 12:50
380. 126: Flavor Physics
Jure Zupan (U. Cincinnati), Sarah Demers (Yale)
06/10/2020, 13:00
243. Applications of quantum information to quantum gravity, black holes and QFT
Mukund Rangamani (UC Davis)
06/10/2020, 13:00
161. Discussion
06/10/2020, 13:00
236. EF10 Light dark matter at high energies (15' + 5')
Suchita Kulkarni
06/10/2020, 13:00
414. Introduction
06/10/2020, 13:00
263. Introduction to the session
Zohreh Davoudi (University of Maryland)
06/10/2020, 13:00
322. NF09 Plans and Discussion
Alysia Marino (University of Colorado), J. Pedro Ochoa (University of California at Irvine), Joshua Spitz (University of Michigan), Laura Fields (Fermilab)
06/10/2020, 13:00
241. Session introduction
Jeroen van Tilborg (LBNL)
06/10/2020, 13:00
186. SMEFT global fits
Alberto Belloni
06/10/2020, 13:00
348. SRF for Linear Collider Higgs Factories
Kensei Umemori (KEK), Sam Posen (Fermilab)
06/10/2020, 13:00
325. Underground Facility Needs of Geology/Geological Engineering
Bill Roggenthen (SDSMT)
06/10/2020, 13:00
366. Welcome and overview of LoIs in 176 (A10)
Mei Bai (GSI)
06/10/2020, 13:00
367. Grand challenges
Sergei Nagaitsev (FNAL)
06/10/2020, 13:01
307. Development and applications of a Compton X-ray light source driven by a laser-plasma electron accelerator
Donald Umstadter (University of Nebraska-Lincoln)
06/10/2020, 13:02
255. Hadron structure and spectroscopy brief
Huey-Wen Lin (MSU)
06/10/2020, 13:03
349. SRF for FCCee
Frank Gerigk (Cern)
06/10/2020, 13:05
368. Advanced beam cooling
Gennady Stupakov (SLAC)
06/10/2020, 13:08
308. Applications of plasma-based betatron radiation
Amina Hussein (University of Alberta)
06/10/2020, 13:09
335. Additional Time In Session
06/10/2020, 13:10
187. Discussion
06/10/2020, 13:10

Extended discussion after 1:30pm CDT in separate Zoom room:
https://pitt.zoom.us/j/98818754052
Meeting ID: 988 1875 4052
Passcode: 125
354. Introduction to Superconducting Undulators
Cristian Boffo (Fermilab)
06/10/2020, 13:10
256. Light and heavy flavor physics brief
Stefan Meinel (University of Arizona)
06/10/2020, 13:10
226. Requirements from substructure and jet reconstruction
Artur Apresyan (Fermilab), Ashutosh Kotwal (Duke University), Jenny List (DESY), Marcel Vos (IFIC (UVEG/CSIC) Valencia), Sergei Chekanov (ANL)
06/10/2020, 13:10
326. Underground Facility Needs of Biology
Prof. Lee Krumholz (University of Oklahoma)
06/10/2020, 13:10
369. Accelerator technology development at Russia
Dr Grigory Trubnikov (JINR)
06/10/2020, 13:13
415. Breakout Discussion
06/10/2020, 13:15
244. Entanglement, tensor networks and complexity
Brian Swingle (University of Maryland)
06/10/2020, 13:15
309. Applications of laser-accelerated protons and ions
Lieselotte Obst-Huebl (Lawrence Berkeley National Laboratory)
06/10/2020, 13:16
257. Fundamental Symmetries brief
Tanmoy Bhattacharya (Los Alamos National Laboratory)
06/10/2020, 13:17
370. Joint discussion
06/10/2020, 13:18
358. Advanced SRF R&D for Higgs Factory Luminosity (and Energy) Upgrades
Hasan Padamsee (Cornell/Fermilab)
06/10/2020, 13:20
237. Discussion (10')
06/10/2020, 13:20
355. Underground Facility Needs of Quantum Information Science
Gabriel Perdue (Fermilab)
06/10/2020, 13:20
310. Applications emerging from unique plasma-enabled electron beam regimes
Bernhard Hidding (University of Strathclyde)
06/10/2020, 13:23
258. v-Nucleus scattering brief
Michael Wagman (Fermilab)
06/10/2020, 13:23
259. BSM with LGT brief
Ethan Neil (University of Colorado, Boulder)
06/10/2020, 13:29
381. 126: Naturalness and EWSB
Matthew Reece (Harvard University), Viviana Cavaliere (Brookhaven National Lab)
06/10/2020, 13:30
296. AF5 Overview and Plans
Eric Prebys (UC Davis)
06/10/2020, 13:30
218. Computing Resources and Access
Frank Wuerthwein (UCSD)
06/10/2020, 13:30
165. Extending subtraction schemes to N3LO
Fabrizio Caola (Johns Hopkins University)
06/10/2020, 13:30
339. Goal of the session
06/10/2020, 13:30
410. Intro
06/10/2020, 13:30

Jim Beatty, Ke Fang, Kirsten Tollefson
337. LOI Discussion
06/10/2020, 13:30
245. Quantum Computing
Martin Savage (INT)
06/10/2020, 13:30
379. Underground Facility Needs of Laser-Interferometry Gravity Experiments
Jo van den Brand
06/10/2020, 13:30
371. Overview of future multi-TeV collider LoIs
Mark Palmer (Brookhaven National Laboratory)
06/10/2020, 13:32
260. Computation and algorithm brief
Peter Boyle (Brookhaven National Laboratory)
06/10/2020, 13:34
341. ILC MDI
Thomas Markiewicz (SLAC)
06/10/2020, 13:35
297. Magnet R&D for Low-Mass Axion Searches
Alexander Leder (MIT)
06/10/2020, 13:35
411. Panel on MeV to EeV Gamma-ray Detectors
06/10/2020, 13:35

Panelists are Carolyn Kierans, Tom Shutt, Jamie Holder, Andrea Albert, Marcus Niechciol
372. Challenges of ultimate high energy colliders
Frank Zimmermann (CERN)
06/10/2020, 13:38
298. LANSCE-PSR Short-Pulse Upgrade for Improved Dark Matter and Sterile Neutrino Searches
Richard Van de Water (LANL)
06/10/2020, 13:39
323. AF5 Plans and Discussion
Charlotte Barbier (ORNL), Frederique Pellemoine (Fermilab -AD - TSD - TRD), Yine Sun (Argonne National Lab.)
06/10/2020, 13:40
261. Hamiltonian simulation and sign problem
Zohreh Davoudi (University of Maryland)
06/10/2020, 13:40
356. Underground Facility Needs of other Gravity Experiments
Tim Kovachy Kovachy (Northwestern University)
06/10/2020, 13:40
299. Belle II/SuperKEKB Upgrades & Overview
Thomas Browder (University of Hawaii)
06/10/2020, 13:43
416. Breakout Report
06/10/2020, 13:45
262. Panel discussion
Andreas Kronfeld (Fermilab), Anna Hasenfratz (university of colorado boulder), Carleton DeTar (University of Utah), Chulwoo Jung (Brookhaven National Laboratory), Norman Christ (Columbia University), Rajan Gupta (Los Alamos National Lab), Ruth Van de Water (Fermilab), Sasa Prelovsek (University of Ljubljana), Taku Izubuchi (Brookhaven National Laboratory)
06/10/2020, 13:45

Discussions will be organized around the following questions:

1) What areas of the LGT program in general, and the topic you are representing in particular, require a comprehensive study to be conducted as part of the Snowmass process in order to quantify the impact of the LGT results on improving phenomenological constraints and the overall experimental programs. i.e., are there areas for...
357. Particle Physics with Quantum Sensors
Surjeet Rajendran
06/10/2020, 13:45
300. Beamdump Experiments Driven by a Plasma Wake-field Accelerator
Spencer Gessner (SLAC)
06/10/2020, 13:47
166. Discussion
06/10/2020, 13:48
373. Joint discussion
06/10/2020, 13:48
219. Data Preservation
Jonathan Asaadi (University of Texas Arlington)
06/10/2020, 13:50
340. Discussion of Underground Facilities and Needs
06/10/2020, 13:50
342. Muon Collider MDI
Nikolai Mokhov (Fermilab)
06/10/2020, 13:50
301. Fixed-Target Searches for New Physics with O(1 GeV) Proton Beams at Fermi National Accelerator Laboratory [+O(10 GeV) LoI)]
Matthew Toups (FNAL)
06/10/2020, 13:51
167. EW effects in parton showers at high energy
Bryan Webber (University of Cambridge)
06/10/2020, 13:53
302. Storage Rings for the Search of Charged-Particle Electric Dipole Moments
Prof. Paolo Lenisa (University of Ferrara and INFN - Italy)
06/10/2020, 13:55
303. Neutrino Minimal Standard Model - a unified theory of microscopic and cosmic scales
Inar Timiryasov
06/10/2020, 13:59
382. 126: EFT vs. Top-Down
Daniel Hayden (Michigan State University), Ilaria Brivio
06/10/2020, 14:00
246. Discussion
06/10/2020, 14:00
412. Discussion
06/10/2020, 14:00

Input from community
392. Energy and power limits of plasma accelerators
Carl Schroeder (Lawrence Berkeley National Laboratory)
06/10/2020, 14:00
188. Introduction
06/10/2020, 14:00

by all the convenors of this session
374. advanced acceleration concepts: PWA
Dr Carlo Benedetti (LBL), Dr Eric Esarey (LBL)
06/10/2020, 14:02
304. Transduction for New Regimes in Quantum Sensing
Emilio Nanni (SLAC National Accelerator Laboratory)
06/10/2020, 14:03
324. AF2 Plans and Discussion
Bob Zwaska (Fermilab), Gianluigi Arduini (CERN), John Galambos
06/10/2020, 14:05
343. FCC MDI
Manuela Boscolo (INFN)
06/10/2020, 14:05
375. advanced acceleration concepts: SWA
Philippe Piot (Northern Illinois University & Fermilab)
06/10/2020, 14:07
305. Precision Electroweak Physics with Polarized Beams at SuperKEKB/Belle II
John Michael Roney (University of Victoria)
06/10/2020, 14:07
220. Can we handle uncertainties better?
Kazuhiro Terao (SLAC National Accelerator Laboratory)
06/10/2020, 14:10
232. Discussion
06/10/2020, 14:10
168. Discussion
06/10/2020, 14:11
306. The International Axion Observatory (IAXO) and BabyIAXO
Jaime Ruz (LLNL)
06/10/2020, 14:11
376. Advanced acceleration concepts: DLA
Dr Giuseppe Torrisi (INFN)
06/10/2020, 14:12
393. Discussion
06/10/2020, 14:15

A overview presentation will be followed by community discussion on potential energy reach of plasma based colliders at scales to and beyond 10 TeV. Comments from the community, both based on LOI's discssed at the AF6 September worskhop (https://indico.fnal.gov/event/45651/) and new comments, are encouraged.

This session will be in addition to a more general session, A10 Physics limits of...
311. Overview of Facilities
Mike Lamont (CERN)
06/10/2020, 14:15
417. Summary Discussion
06/10/2020, 14:15
169. Five-point QCD amplitudes at two loops
Harald Ita (University of Freiburg)
06/10/2020, 14:16
377. Joint discussion
06/10/2020, 14:17
192. Direct Detection (CF1/TF9) overview
Rouven Essig (Stony Brook University)
06/10/2020, 14:20
344. Discussion and plan
06/10/2020, 14:20
413. Summary
06/10/2020, 14:25

Summarize the discussion
364. AIFI: Bridging Artificial Intelligence and Fundamental Interactions
Philip Harris (MIT)
06/10/2020, 14:30
264. Collider Data Analysis Strategies: Motivation and Ground Rules
Indara Suarez (Boston University)
06/10/2020, 14:30
231. Discussion
06/10/2020, 14:30
170. Discussion
06/10/2020, 14:34
265. Systematics-limited targets for measurements/searches
Josh Bendavid (MIT)
06/10/2020, 14:35
171. Higher-order corrections for HZ production and related techniques
Zhao Li (Institute of High Energy Physics)
06/10/2020, 14:39
194. Cosmic Probes / Gravitational Wave (CF5/CF7/TF9) overview
Bangalore Sathyaprakash (Penn State University), Prof. Robert Caldwell (Dartmouth College)
06/10/2020, 14:40
266. Statistics-limited targets for measurements/searches
Elizabeth Brost (Brookhaven National Laboratory)
06/10/2020, 14:40
267. Advances in triggering and data acquisition
Jennifer Ngadiuba
06/10/2020, 14:45
268. Challenges and opportunities for trigger-level analyses
Antonio Boveia (Ohio State University)
06/10/2020, 14:50
230. Discussion
06/10/2020, 14:50
365. Programmable Storage
Carlos Maltzahn (UCSC)
06/10/2020, 14:50
269. Object identification and event classification
Loukas Gouskos
06/10/2020, 14:55
172. Discussion
06/10/2020, 14:57
270. Differentiable programming
Matthew Feickert (Southern Methodist University)
06/10/2020, 15:00
109. Discussion on Higgs and Flavor
Valentina Cairo (SLAC National Accelerator Laboratory (US))
06/10/2020, 15:00
195. Energy Frontier Probes (EF9/AF5)
James Beacham (Duke University (US))
06/10/2020, 15:00
113. Introduction
Daniel Whiteson (UC Irvine), Darin Acosta (University of Florida)
06/10/2020, 15:00
128. Introduction
Cho-Kuen Ng (SLAC National Accelerator Laboratory), Jean-Luc Vay (Lawrence Berkeley National Laboratory)
06/10/2020, 15:00
254. Introduction
Irina Mocioiu (Pennsylvania State University)
06/10/2020, 15:00
135. LOI/Snowmass summary to date
Andrea Pocar (university of massachusetts, amherst), Benjamin Jones (UTA), Danielle Speller (Johns Hopkins University), Hugh Lippincott (UCSB), Mayly Sanchez (Iowa State University)
06/10/2020, 15:00
222. Physics potential.
Michael Peskin (SLAC)
06/10/2020, 15:00
418. Session Intro
Jason Newby (Oak Ridge National Laboratory), Peter Winter (Argonne National Laboratory)
06/10/2020, 15:00
173. General discussion and closing remarks
Session organizers and participants
06/10/2020, 15:02
129. Accelerators & beam physics trends
Sergei Nagaitsev (FNAL)
06/10/2020, 15:04
271. Challenges and opportunities for anomaly detection
David Shih (Rutgers University)
06/10/2020, 15:05
419. Open discussion
06/10/2020, 15:05
206. Panel: Neutrinos as Probes of Standard Particle Physics
06/10/2020, 15:05

Panel Members: George Fuller, Rajan Gupta, Alec Habig, Kendall Mahn, Ulrich Mosel, Hallsie Reno
130. Future computer & programming trends
Dr Axel Huebl (Lawrence Berkeley National Laboratory, USA)
06/10/2020, 15:09
229. Discussion
06/10/2020, 15:10
114. Infiltration of AI/ML in Particle Physics
Jean-Roch Vlimant (California Institute of Technology), Jean-Roch vlimant (California Institute of Technology)
06/10/2020, 15:10
272. Interface of theory calculations with experimental methods
Simone Marzani (Università di Genova & INFN Genova)
06/10/2020, 15:10
134. Report from BRN on Instrumentation
Roxanne Guenette (Harvard University)
06/10/2020, 15:10
131. 3 minutes summaries of LOIs by topics
Auralee Edelen (SLAC), Cho-Kuen Ng (SLAC National Accelerator Laboratory), Nathan Cook (RadiaSoft), Jean-Luc Vay (Lawrence Berkeley National Laboratory), Axel Huebl (Lawrence Berkeley National Laboratory, USA), David Bruhwiler (RadiaSoft LLC), He Zhang (Jefferson Lab)
06/10/2020, 15:14
  • AI/ML (4 LOIs): Auralee Edelen
  • Physics for Conventional Accelerators (5 LOIs) - Cho Ng
  • Physics for Advanced Accelerator Concepts (3 LOIs) - Nathan Cook
  • Shared Simulation Tools (6 LOIs) - Jean-Luc Vay
  • Cross-Cutting Standardization and Practice (3 LOIs) - Axel Huebl
  • Community organization (3 LOIs) - David Bruhwiler
  • Quantum Computing (1 LOI) - He Zhang
273. Data preservation and reinterpretation
Ana Trisovic
06/10/2020, 15:15
111. Discussion on Higgs and Flavor
Yuval Grossman (Cornell University)
06/10/2020, 15:15
274. Collider Data Analysis Strategies: Open Discussion
06/10/2020, 15:20
197. Neutrino Frontier Probes (NF/AF5)
Kevin Kelly
06/10/2020, 15:20
136. Strategic considerations
Joshua Klein, Joshua Klein (University of Pennsylvania)
06/10/2020, 15:20
228. Discussion
06/10/2020, 15:30
112. Discussion on Higgs Potential
David Morrissey (Triumf)
06/10/2020, 15:30
345. From scattering amplitudes to relativistic two-body problem
Prof. Alessandra Buonanno (Albert Einstein Institute, Max-Planck Institute for Gravitational Physics, Potsdam, Germany and University of Maryland)
06/10/2020, 15:30
223. Machine options
Spencer Gessner (SLAC)
06/10/2020, 15:30
137. Panel discussion
06/10/2020, 15:30
115. Panel discussion of the future of AI/ML
David Miller (University of Chicago), Katrin Heitmann (Argonne National Laboratory), Nhan Tran (FNAL), Rui Zhang (Michigan State University), Savannah Thais (Yale University), Xiangyang Ju (University of Wisconsin-Madison)
06/10/2020, 15:30
402. Staging Aspects for FCC
Michael Benedikt (CERN)
06/10/2020, 15:30
403. CEPC-SPPC Staging
Jie Gao (IHEP)
06/10/2020, 15:35
132. Open discussion (comments, missing topics, …)
06/10/2020, 15:35
207. Panel: Neutrinos as Probes of BSM Physics
06/10/2020, 15:35

Marco Drewes, Darren Grant, Doojin Kim, Elisa Resconi
404. ERL–Based Circular Higgs Factory
Thomas Roser (BNL)
06/10/2020, 15:40
346. Field theory approach to the two-body problem
Prof. Walter Goldberger (Yale University)
06/10/2020, 15:40
199. Rare Process Frontier Probes (RF6/AF5)
Stefania Gori (University of Chicago), Stefania Gori (Perimeter Institute), Stefania Gori (UC Santa Cruz), Stefania Gori (UC Santa Cruz), Stefania Gori (University of Chicago)
06/10/2020, 15:40
110. Discussion on Higgs Potential
Dr Michele Selvaggi (CERN)
06/10/2020, 15:45
408. Higher Gradient Expectations for SRF for ILC Energy Upgrades
Hasan Padamsee (Fermi National Accelerator Lab)
06/10/2020, 15:45
227. Discussion
06/10/2020, 15:50
347. Discussion session
06/10/2020, 15:50
133. Planning next steps
06/10/2020, 15:50
  • Beam and Accelerator Modeling Interest Group meetings
  • Workshops?
  • White papers: how many? Topics?
  • ...
409. Staging of Muon Collider
Mark Palmer (Brookhaven National Laboratory)
06/10/2020, 15:50
420. Closeout
06/10/2020, 15:55
312. Introduction
Breese Quinn (University of Mississippi)
07/10/2020, 11:00
313. Structural changes in support of public engagement with science in South Africa
Prof. Azwinndini Muronga (Nelson Mandela University)
07/10/2020, 11:05
28. Community Engagement Across the Frontiers
07/10/2020, 11:15

Discussion with CEF and Other Frontier Liaisons
216. #137 - High and ultrahigh energy neutrino experiments
Erin O'Sullivan (Uppsala University)
07/10/2020, 12:15
208. #72 - Cosmic Surveys and Fundamental Physics
Alex Drlica-Wagner (Fermilab)
07/10/2020, 12:20
209. #74 - Atomic to Cosmic: Wave Dark Matter and Beyond
Gray Rybka (University of Washington)
07/10/2020, 12:25
210. #75 - Cosmic Probes of Dark Matter
Alex Drlica-Wagner (Fermilab)
07/10/2020, 12:30
211. #77 - Quantum Sensors
Lindley Winslow (MIT)
07/10/2020, 12:35
212. #97 - Neutrinos and Astrophysics
Baha Balantekin (University of Wisconsin)
07/10/2020, 12:40
213. #108 - Accelerator Probes of Light Dark Matter (keV-GeV)
Brian Batell (University of Pittsburgh)
07/10/2020, 12:45
359. Computing roadmap overview
Peter Boyle (Brookhaven National Laboratory)
07/10/2020, 12:45

Survey of DOE HPC roadmap and programming models
215. #127 - Searches for Dark Sectors
Natalia Toro (SLAC National Accelerator Laboratory)
07/10/2020, 12:50
217. #136 - Heavier particle dark matter >10 GeV
Caterina Doglioni (Lund University)
07/10/2020, 12:55
360. Summary of needs in lattice
Richard C. Brower (Boston University)
07/10/2020, 12:55
280. Advances in Event Generation and Detector Simulation: Motivation and Ground Rules
Jesse Thaler (MIT)
07/10/2020, 13:00
397. HEP - Workforce, Training and Education (CEF)
Sudhir Malik (University of Puerto Rico Mayaguez)
07/10/2020, 13:00
122. Introduction
Danielle Speller (Johns Hopkins University), Gabriel Orebi Gann (UC Berkeley / LBNL), Hugh Lippincott (UCSB), Timothy Bolton
07/10/2020, 13:00
151. Introduction
Hai-Bo Yu, Tracy Slatyer
07/10/2020, 13:00
329. Introduction
Dmitri Denisov (Fermilab)
07/10/2020, 13:00

Plans for the session
315. Need and prospects for improved parton shower Monte Carlos
Frank Krauss (IPPP Durham)
07/10/2020, 13:00
124. Opportunities for Muon Research at PIP-II
Eric Prebys (UC Davis)
07/10/2020, 13:00
247. Panel 1: Detection Techniques
07/10/2020, 13:00

Panelists:
Olga Botner, Albrecht Karle, Abigail Vieregg, Angela Olinto, Stephanie Wissel
446. Schwinger field physics
Michael Peskin (SLAC)
07/10/2020, 13:00
385. Targets and Sources Plan Presentations
07/10/2020, 13:00
275. Theories for B and L Violation
K.S. Babu (Oklahoma State University)
07/10/2020, 13:00
174. Theory overview (15'+5')
Benjamin Grinstein (UCSD)
07/10/2020, 13:00
281. Computational challenges for event generation in view of HL-LHC and beyond
Joshua McFayden
07/10/2020, 13:05
330. Hadron and lepton-hadron colliders with energies above 3 TeV
Frank Zimmermann (CERN)
07/10/2020, 13:05
123. Panel discussion
07/10/2020, 13:05

Panel discussion among:
Mary Bishai
Laura Marini
Elaine McCluskey
Sean Paling
Kim Palladino
Nigel Smith
Bob Svoboda
361. Summary of needs in Conformal Bootstrap
David Simmons-Duffin (Caltech)
07/10/2020, 13:05
447. SLAC E-320 experiment
Sebastian Meuren (Stanford University)
07/10/2020, 13:10
282. State-of-the-art event generators via new techniques and technologies
Enrico Bothmann
07/10/2020, 13:10
152. Breakout Discussions
07/10/2020, 13:15
283. Event generators for NNLO/NLL and beyond
Giulia Zanderighi
07/10/2020, 13:15
394. Introduction: Accelerator Frontier 1: Beam Physics, Accelerator Education, Outreach & Diversity
Steve Lund
07/10/2020, 13:15
448. LUXE experiment
Beate Heinemann (DESY and Freiburg University)
07/10/2020, 13:15
362. Summary of needs in Perturbative Amplitudes
Fernando Febres Cordero (FSU)
07/10/2020, 13:15
125. Synergy with Muon Collider R&D
David Neuffer (Fermilab)
07/10/2020, 13:15
316. Precision calculations for EW/Higgs precision physics at lepton colliders
Juergen Reuter (DESY)
07/10/2020, 13:18
395. AF1 - Training & Education - Barletta (MIT), Recruitment & Retention - Fox (Stanford)
John Fox (Stanford University), William Barletta (MIT)
07/10/2020, 13:20
284. Electroweak effects and/or multi-boson processes
Stefan Prestel (Lund University)
07/10/2020, 13:20
175. Experimental overview (10'+5')
Karim Trabelsi (IJCLab Orsay)
07/10/2020, 13:20
276. Neutrinoless double beta decay experiments
Julieta Gruszko
07/10/2020, 13:20
449. One-sliders
07/10/2020, 13:20
386. Targets and Sources Plan Discussion
07/10/2020, 13:20
331. Physics potential of hadron and hadron-lepton colliders with energies above 3 TeV
Liantao Wang (University of Chicago)
07/10/2020, 13:22
363. Discussion and Next Steps
07/10/2020, 13:25
285. Machine learning for detector simulations
Kevin Pedro (Fermilab)
07/10/2020, 13:25
396. AF1 - Workforce & Diversity - Bai (GSI/U. Bonn) , Facility Summaries - Zimmermann (CERN) , Outreach with Industry - Bruhwiler (RadiaSoft)
David Bruhwiler (RadiaSoft LLC), Frank Zimmermann (CERN), Mei Bai (GSI)
07/10/2020, 13:30
389. Considerations on plasma lenses for linear colliders
Spencer Gessner (SLAC)
07/10/2020, 13:30
126. Muons from PSI and other Cyclotrons
Angela Papa (Paul Scherrer Institut)
07/10/2020, 13:30
248. Panel 2: Future Observations and Science Discoveries
07/10/2020, 13:30

Panelists:
Hallsie Reno, Carlos Arguelles, Mauricio Bustamante, Tonia Venters
277. Proton Decay experiments
Edward Kearns (Boston University)
07/10/2020, 13:30
286. Systematic effects in detector simulations
Julia Yarba (FNAL)
07/10/2020, 13:30
176. Open discussion
07/10/2020, 13:35
287. Physics opportunities in neutrino event generation
Noemi Rocco (Argonne National Laboratory - Fermilab)
07/10/2020, 13:35
317. What do we need from theory?
Joey Huston (Michigan State University)
07/10/2020, 13:36
398. HEP - Career Pipeline & Development (CommF2)
Julie Hogan (Bethel University)
07/10/2020, 13:39
288. Computational challenges for neutrino event generators
Steven Gardiner (Fermilab)
07/10/2020, 13:40
278. n-nbar oscillation experiments
Leah Broussard (Oak Ridge National Laboratory)
07/10/2020, 13:40
332. Lepton and gg colliders with energies above 3 TeV
Daniel Schulte (CERN)
07/10/2020, 13:42
399. HEP - Education (CommF4)
Prof. Randy Ruchti (University of Notre Dame)
07/10/2020, 13:44
289. Leveraging new computational architectures and strategies
Charles Leggett (LBNL)
07/10/2020, 13:45
295. Muon Lifetime Enhancement
Peter Cameron (Brookhaven National Lab (retired))
07/10/2020, 13:45
400. Early Career Perspective
Vetri Velan (University of California, Berkeley)
07/10/2020, 13:49
290. Advances in Event Generation and Detector Simulation: Open Discussion
07/10/2020, 13:50
127. Discussion
07/10/2020, 13:50
279. Discussion
07/10/2020, 13:50
390. Food for thought & discussion
07/10/2020, 13:50
401. Discussion/ Next Steps (slack channel #cpm_topic_119)
07/10/2020, 13:54
318. Lattice QCD's role in precision measurements
Ruth Van de Water (Fermilab)
07/10/2020, 13:54
320. AF5 Overview and Plans
Eric Prebys (UC Davis), Mike Lamont (CERN), Prof. Richard Milner (MIT)
07/10/2020, 14:00
387. Connection with industry - accelerators
07/10/2020, 14:00

This session invites speakers from industry to present their experience in terms of working with national laboratories and academia, what the strengths in the partnership are, and where improvements can be made. The session is split into two sections, one on accelerator technologies and one on semiconductors.

First section: Flash talks and discussion with Manoj Kanskar (nLIGHT), Antoine...
391. First HEP applications of plasma wakefield acceleration
Prof. Matthew Wing (University College London)
07/10/2020, 14:00
153. Path Forward
07/10/2020, 14:00
333. Physics potential of lepton and gg colliders with energies above 3 TeV
Patrick Meade (Stony Brook University)
07/10/2020, 14:00
116. UHECRs and the muon problem
Prof. Ralph Engel (KIT Karlsruhe)
07/10/2020, 14:00
319. Theory challenges in heavy flavor decays
Benjamin Grinstein (UCSD)
07/10/2020, 14:12
321. AF2 Plans and Discussion
Bob Zwaska (Fermilab), Gianluigi Arduini (CERN), John Galambos
07/10/2020, 14:15
117. Charm production and IceCube backgrounds
Prof. Mary Hall Reno (University of Iowa)
07/10/2020, 14:20
334. Summary and plans for 2021 Snowmass meeting
Meenakshi Narain (Brown University)
07/10/2020, 14:20
388. Connection with industry - semiconductors
07/10/2020, 14:30

This session invites speakers from industry to present their experience in terms of working with national laboratories and academia, what the strengths in the partnership are, and where improvements can be made. The session is split into two sections, one on accelerator technologies and one on semiconductors.

Second section: Flash talks and panel discussion with Bob Patti (NHanced...
242. Measurement of the pp cross section at \sqrt{s} ~ 100 TeV
Mary Hall Reno (University of Iowa)
07/10/2020, 14:30
118. FASER, FASERnu, and the Forward Physics Facility (FPF)
Prof. Jonathan Feng (University of California Irvine)
07/10/2020, 14:35
119. Measuring very forward hadrons at the LHC
Prof. Michael Albrow (Fermilab)
07/10/2020, 14:50
430. 108: Accelerator Probes of Light Dark Matter (keV-GeV)
Alexandre Sousa (University of Cincinnati), Jaehoon Yu (University of Texas at Arlington)
07/10/2020, 15:00
140. Early Career activities in EF
Amber Roepe, Grace Cummings (University of Virginia)
07/10/2020, 15:00
421. EF and RF Points (#26, #130 ,#131)
07/10/2020, 15:00
431. 109: Determining the Masses and Nature of Neutrinos
Carlo Giunti (INFN)
07/10/2020, 15:03
422. NF Points (#51)
Mayly Sanchez (Iowa State University)
07/10/2020, 15:05
433. 77: Quantum Sensors for Wave and Particle Detection
Enectali Figueroa-Feliciano (Northwestern University)
07/10/2020, 15:06
434. 124: Lattice Gauge Theory for High Energy Physics
Baha Balantekin (University of Wisconsin)
07/10/2020, 15:09
423. CF Points (#69, #70, #71, #74, #137, #140)
07/10/2020, 15:10
141. Monte Carlo Task Force activities and plans for Production
John Stupak (University of Oklahoma)
07/10/2020, 15:10
435. 126: BSM: direct and indirect searches
Ian Shoemaker (Virginia Tech)
07/10/2020, 15:12
436. 61: Energy and Power and Time structure goals for Neutrino Frontier programs
Laura Fields (Fermilab)
07/10/2020, 15:15
428. QIS Points (#77, #102)
Kent Irwin (Stanford University and SLAC)
07/10/2020, 15:15
437. 81: Neutrinos and Computing: Preservation, Machine Learning, Uncertainties
Alex Himmel (Fermilab)
07/10/2020, 15:18
424. AF Points (#54, #187)
07/10/2020, 15:20
438. 127: Searches for dark sectors
Bryce Littlejohn (Illinois Institute of Technology), Ian Shoemaker (Virginia Tech)
07/10/2020, 15:21
439. 29: Low-energy precision experiments
Jason Newby (Oak Ridge National Laboratory)
07/10/2020, 15:24
425. UF Points (#122)
07/10/2020, 15:25
440. 51: Requirements for low background and underground detectors
Benjamin Jones (UTA)
07/10/2020, 15:27
441. 97: Neutrinos as Probes of Standard and BSM Particle Physics
Baha Balantekin (University of Wisconsin), Carlo Giunti (INFN), Erin O'Sullivan (Uppsala University), Jaehoon Yu (University of Texas at Arlington)
07/10/2020, 15:30
426. CompF Points (#123)
07/10/2020, 15:30
442. 115: Neutrinos, dark matter, and underground facilities
Gabriel Orebi Gann (UC Berkeley / LBNL)
07/10/2020, 15:33
427. CommF and EC Points (#57, #118, #119)
Katherine Dunne (Stockholm University)
07/10/2020, 15:35
443. 110: Baryon and Lepton Number Violating processes
Lisa Koerner (University of Houston)
07/10/2020, 15:36
444. 137: High and ultrahigh energy neutrino experiments
David Schmitz (University of Chicago), Erin O'Sullivan (Uppsala University)
07/10/2020, 15:39
429. Discussion
07/10/2020, 15:40
142. EF Planning and Community Feedback
Meenakshi Narain (Brown University)
07/10/2020, 15:40
445. 119: HEP Workforce, Careers and Training
07/10/2020, 15:42
55. Panel Discussion on Future Accelerator Facilities
Doon Gibbs (BNL), Fabiola Gianotti (CERN), Masa Yamauchi (KEK), Nigel Lockyer (Fermilab), Yifang Wang (IHEP)
08/10/2020, 09:00

Global Accelerator Facilities for Future Particle Physics - Panel members include Fabiola Gianotti (CERN), Masa Yamauchi (KEK), Yifang Wang (IHEP-China), Nigel Lockyer (FNAL), Doon Gibbs (BNL)
13. Report from Early Careers
Garvita Agarwal, Joshua Barrow (The University of Tennessee), Kristi Engel (University of Maryland, College Park), Tiffany Lewis (USRA), Yi-Hsuan "Cindy" Lin (SNOLAB)
08/10/2020, 11:00
14. Report from Energy Frontier
Laura Reina (Florida State University)
08/10/2020, 11:20
16. Report from Rare Processes and Precision Measurements Frontier
Marina Artuso (syracuse university)
08/10/2020, 11:40
19. Report from Accelerator Frontier
Vladimir Shiltsev (FNAL)
08/10/2020, 12:00
15. Report from Neutrino Frontier
Elizabeth Worcester (BNL)
08/10/2020, 12:45
17. Report from Cosmic Frontier
Tim Tait (UC Irvine)
08/10/2020, 13:05
20. Report from Instrumentation Frontier
Petra Merkel (Fermi National Accelerator Laboratory)
08/10/2020, 13:25
22. Report from Underground Facilities and Infrastructure Frontier
John Orrell (Pacific Northwest National Laboratory)
08/10/2020, 13:45
18. Report from Theory Frontier
Nathaniel Craig (UC Santa Barbara)
08/10/2020, 14:25
21. Report from Computing Frontier
Steven Gottlieb (Indiana Univ.)
08/10/2020, 14:45
23. Reports from Ethics and Community Engagement Frontier
Ketevi Adikle Assamagan (Brookhaven National Laboratory), Lauren Tompkins (Stanford University)
08/10/2020, 15:05
24. Engaging the Community to Define the Future (1)
Steve Ritz (UCSC and SCIPP)
08/10/2020, 15:30
25. Engaging the Community to Define the Future (2)
Jim Gates (Brown University)
08/10/2020, 15:40
26. Closing Remarks
Brendan Kiburg (Fermilab), Tao Han (Univ. of Pittsburgh)
08/10/2020, 15:55
214. #115 - Neutrinos and underground facilities
85. 3D proton tomography at the EIC: TMD gluon distributions
Dr Francesco Giovanni Celiberto (University of Pavia and INFN)

The search for evidence of New Physics is in the viewfinder of current and forthcoming analyses at the Large Hadron Collider (LHC) and at new-generation hadron, lepton and lepton-hadron colliders. This is the best time to shore up our knowledge of strong interactions though and, more in particular, of the hadron structure in terms of parton distributions.
Although significant steps toward the...
432. 72: Dark Energy, Origins (Inflation), and Light Relics
33. A deci-Hz Gravitational-Wave Lunar Observatory for Cosmology
Karan Jani (Vanderbilt University)

We are proposing Gravitational-Wave Lunar Observatory for Cosmology (GLOC) -- a first of its kind fundamental physics experiment on the surface of the Moon. The experiment would access gravitational waves in the frequency range of deci-Hz to 5 Hz, a challenging regime for all Earth-based detectors and space missions. We find that such a lunar-based experiment can survey over $70\%$ of the...
1. About Snowmass and Snowmass Planning Meeting
336. Additional Time In Session
32. Alpha: Measurement of the fine structure constant as test of the Standard Model
Holger Mueller (UC Berkeley)

Comparison of direct measurements of the fine structure constant via measuring the recoil velocity of an atom that scattered a photon from a laser beam, and those obtained from the electron's g-2, are some of the most comprehensive tests of the Standard Model. Based on our 2018 measurement (Parker et al., Science 360, 191), that is currently the most accurate, we report on a project to make a...
60. ANNIE and the Future of Hybrid Neutrino Detectors
Mayly Sanchez (Iowa State University)

The Accelerator Neutrino Neutron Interaction Experiment (ANNIE) will continue to develop advanced neutrino detector technology in addition to pursuing an ambitious physics program in the Fermilab Booster Neutrino Beam. The current gadolinium-loaded water detector will develop new techniques using Large Area Picosecond PhotoDetectors (LAPPDs) to reconstruct muons from neutrino interactions in...
107. Atomic/nuclear clocks and precision spectroscopy measurements for dark matter and dark sector searches
Marianna Safronova (University of Delaware)

Rapid developments of atomic clocks and other precision spectroscopy techniques are making possible phenomenologically interesting searches for bosonic dark matter and new force carriers. Furthermore, it is realistic to expect in the next decade many orders of magnitude improvements in the sensitivity of these experiments. To take full advantage of new opportunities presented by these...
5. Break and Chat
41. Break and Chat
43. Break and Chat
38. Canada
Brigitte Vachon (McGill University)
86. Colliding beam elastic $pp$ and $pd$ scattering to test $T$- and $P$-violation
Prof. Richard Talman (Laboratory for Elementary-Particle Physics, Cornell University, Ithaca NY, 14850, USA)

To test $T$- and $P$-violation by proton EDM requires an electric storage ring (SR) with simultaneously counter-circulating, frozen-spin proton beams. The CPEDM feasibility study proposes a low-energy prototype ring with superimposed electric and magnetic bending storing frozen-spin 49.65 MeV (clock-wise) protons and pseudo-frozen spin 24.73 MeV (counter-clockwise) protons; $pd$ combinations...
103. Culture change is necessary, and it requires strategic planning
Dr Brian Nord

Racism and other forms of bigotry oppress, disenfranchise, and marginalize scientists of color in high-energy physics (HEP). Actions and patterns of behavior by individuals and groups, as well as policies and procedures of institutions are among the vectors of oppression. The evidence includes the underrepresentation of Black scientists and other scientists of color, regular acts of harassment...
76. DarkQuest and LongQuest at the 120~GeV Fermilab Main Injector
Nhan Tran (FNAL)

Expanding the mass range and techniques by which we search for dark matter is an important part of the worldwide particle physics program which has been specifically emphasized in the DOE Basic Research Needs for Dark Matter New Initiatives report. Accelerator-based searches for dark matter are a uniquely compelling part of this program as a way to both create and detect dark matter in the...
44. Detecting keV-range super-light dark matter using graphene Josephson junction
Dr Doojin Kim (Texas A&M University), Doojin Kim (University of Arizona)

Understanding the nature of dart matter has been a long-standing conundrum in particle physics. While most theoretical and experimental efforts in the search for dark matter have been focused on the weakly interacting massive particles, the fact that there have been no conclusive signal observations increasingly motivates searches for other dark-matter candidates. Of them, keV-scale...
139. Discussion
221. Discussion
36. Future Information and Communications Technologies for HL-LHC Era: Beyond CMOS and Beyond the Shannon Limit
Harvey Newman (Caltech)

The revolutionary developments underway to overcome the looming barriers in electronic and photonic systems, and hence in computing and communications systems, to maintain progress and economies, offer unprecedented opportunities for our field. These include

•o Nanophotonics, plasmonics, and/or spintronics for ultrafast low energy signaling
o Beyond CMOS: memory, logic devices, integrated...
102. Gas TPCs with directional sensitivity to dark matter, neutrinos, and BSM physics
Sven Vahsen (University of Hawaii)

There is an opportunity to develop a long-term, diverse, and cost-effective US experimental program based on directional detection of nuclear recoils in gas TPCs.

Smaller, 1 m$^3$ scale detectors could detect and demonstrate directional sensitivity to Coherent Elastic Neutrino-Nucleus Scattering (CEνNS) at either NuMI or DUNE. This technology is also sensitive to beyond the Standard Model...
327. Grand challenges
Dr Sergei Nagaitsev (FNAL), Dr Zhirong Huang (SLAC)
65. Heterodyne Detection of Axion Dark Matter via Superconducting Cavities
Sebastian Ellis (SLAC National Accelerator Laboratory)

We will present a novel approach to detecting dark matter axions in a Superconducting RF cavity. The approach relies on axion-mediated transitions between nearly-degenerate resonant modes, leading to parametrically enhanced signal power for light axions. This approach could probe axion masses across fifteen orders of magnitude, all in a metre-scale cavity.
91. Initiative for Dark Matter in Europe and beyond
iDMEu EoI Proponents

The European committee for Future Accelerators (ECFA), the Nuclear Physics European Collaboration Committee (NuPECC) and the Astroparticle Physics European Consortium (APPEC) have established a seminar to allow astroparticle, nuclear and particle physics researchers to peek into each other’s activities, called the Joint ECFA-NuPECC-APPEC Seminar (JENAS) at Orsay, in October 2019. The...
42. Intro Talk
59. Metastable Water: Breakthrough Technology for Dark Matter & Neutrinos
Matthew Szydagis (UAlbany SUNY)

We will present a discussion of a new detector technology, the “Snowball Chamber,” which is based on the phase transition (of liquid to solid) for metastable fluids. A water-based supercooled detector has the potential to move past the Neutrino Floor, and extend the reach of direct detection dark matter (DM) experiments to low-mass WIMP candidates for both spin-dependent (on the proton) and...
98. Perspective on a Unified U.S. Particle Physics Program
Marcel Demarteau (Oak Ridge National Laboratory)

HEP finds itself at a most interesting time exploring energy and matter at its deepest level. There is more today that we do not understand about the universe than before and the community is bubbling with new ideas that have the potential to drive a new revolution. Currently, however, the field is dominated by mega-projects that leave little room for a broad spectrum of experimental research....
39. Q/A w/ Plenary Speakers
40. Q/A w/ Plenary Speakers
54. Searches for Long-Lived Particles at the FCC-ee
Rebeca Gonzalez Suarez (Uppsala University), Patrizia Azzi (INFN - LPC)

The FCC-ee is a frontier Higgs, Top, Electroweak, and Flavour factory. It will be operated in a 100 km circular tunnel built in the CERN area, and will serve as the first step of the FCC integrated programme towards a 100 TeV and above proton-proton collisions in the same infrastructure. In addition to an essential and unique Higgs program, it offers powerful opportunities for discovery of...
35. Searching for millicharged particles with scintillator based detectors
Matthew Citron (Univ. of California Santa Barbara (US))

The successful search for millicharged particles with the milliQan demonstrator has proved the feasibility the detector design as well as providing important lessons for background mitigation and signal performance. For Snowmass, we are planning a publication that will use data and fully calibrated simulation from the demonstrator to provide projections for the reach of full-scale...
105. Snowmass as a path towards cultural change, and the role of collaborations
Kelly Stifter (Stanford University)

The field of physics has largely failed to provide equitable opportunity to all who have the desire to perform physics research. This is evident in many ways, for example: the underrepresentation of many identity groups in the physics community, and the nearly 75% of undergraduate women in physics who report some form of sexual harassment. Iniquities also exist in society at large, but as...
73. Superconducting Qubit Advantange for Dark Matter (SQuAD)
Ankur Agrawal (University of Chicago, Fermilab)

We describe two complementary strategies that utilize superconducting transmon qubits to enable future dark matter searches. First, we discuss a novel photon counting technique harnessing the quantum non demolition (QND) nature of the qubit-photon interaction, which allows us to subvert the quantum limit. We have demonstrated an unprecedented counting error rate equivalent to noise 15.7 dB...
47. Testing Lepton Flavor Universality and CKM Unitarity with Rare Pion Decays
Prof. David Hertzog

A next-generation rare pion decay experiment motivated by several inconsistencies between SM theory and data will probe new physics at high mass scales. Using state-of-the-art instrumentation, computational resources, and high-intensity beams, two problems can be addressed with nearly the same apparatus and beamline. The first is a measurement of the charged-pion branching ratio to...
34. Testing SIDM with Realistic Galaxy Formation Simulations
Ferah Munshi (University of Oklahoma)

The nature of dark matter remains one of the most important questions in physics. Because of the tremendous overall successes of the Cold Dark Matter (CDM) model, dark matter has been assumed to consist of a massive, weakly-interacting particle. However, the effort to detect such a particle with experiment have not yet yielded conclusive evidence. Although the CDM paradigm has been successful...
101. Towards Future Discoveries at the Energy Frontier
Marcela Carena (Fermilab)

Collider physics is rich, diverse and versatile, and offers amazing opportunities for advancing our understanding of fundamental physics and for discoveries at the Energy Frontier. Over the last several decades, colliders have played a central role in experimental establishment of the Standard Model. Since the discovery of the Higgs boson, the science drivers at the energy frontier have been...
Powered by Indico v3.1