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IoP 2022 - Joint APP/HEPP Conference

Apr 3โ€‰โ€“โ€‰6, 2022
Rutherford Appleton Laboratory
Europe/London timezone

Session

Parallel Talks

Apr 4, 2022, 1:45โ€ฏPM
Rutherford Appleton Laboratory

Rutherford Appleton Laboratory

Conveners

Parallel Talks: Stream A: LHC searches

  • Andy Buckley

Parallel Talks: Stream D: Dark matter

  • Xin Ran Liu

Parallel Talks: Stream B: LHCb

  • Franz Muheim

Parallel Talks: Stream C: short baseline ฮฝ

  • Melissa Uchida

Parallel Talks: Stream D: DM detectors

  • Theresa Fruth

Parallel Talks: Stream A: LHC

  • Veronique Boisvert

Parallel Talks: Stream C: AION, MAGIS and axion DM

  • Teppei Katori

Parallel Talks: Stream B: parton showers and more

  • Chris White

Parallel Talks: Stream D: LUXE, 0ฮฝฮฒฮฒ and supernova ฮฝ

  • Teppei Katori

Parallel Talks: Stream C: long baseline ฮฝ

  • Jaroslaw Nowak (Lancaster University)

Parallel Talks: Stream A: LHC upgrades

  • Tracey Berry

Parallel Talks: Stream B: environmental & medical applications

  • Matthew Needham

Parallel Talks: Stream A: LHC ttbar+X

  • Sarah Williams

Parallel Talks: Stream C: neutrino detectors

  • Matthew Malek

Parallel Talks: Stream B: LHCb

  • Paula Alvarez

Parallel Talks: Stream D: muon physics

  • Kostas Nikolopoulos

Presentation materials

There are no materials yet.

  1. 407. Physics case for the proANUBIS prototype
    Oleg Brandt (University of Cambridge)
    4/4/22, 1:45โ€ฏPM
  2. 336. Model agnostic measurement of Bโฐย โ†’ D*-ย ฯ„+ย ฮฝฯ„ angular coefficients using three-prong hadronicย ฯ„ decays
    Luke Scantlebury-Smead (University of Oxford)
    4/4/22, 1:46โ€ฏPM
  3. 360. Sensitivity of a Boulby-based antineutrino detector to nuclear reactors over 100 km away.
    Elisabeth Kneale (University of Sheffield)
    4/4/22, 1:46โ€ฏPM
  4. 383. The LUX-ZEPLIN (LZ) Experiment
    Amy Cottle (University of Oxford)
    4/4/22, 1:46โ€ฏPM
  5. 361. Recent results of the SoLid experiment
    Daniel Galbinski (Imperial College London)
    4/4/22, 2:00โ€ฏPM
  6. 384. Se-Rn-dipitous Seque-LZ: Radon in LZ
    Nicolas Angelides (Imperial College London)
    4/4/22, 2:00โ€ฏPM
  7. 313. Searches for long-lived particles with a disappearing track signature at โˆšs = 13 TeV in the ATLAS experiment
    James Smith (University of Liverpool)
    4/4/22, 2:00โ€ฏPM
  8. 337. Searching for New Physics through the decayย Bโ†’K*0ย ฮผ+ ฮผ- at LHCb
    Matthew Birch (Imperial College London)
    4/4/22, 2:00โ€ฏPM
  9. 362. Measurement of the ฮ› Baryon Production Cross Section in Neutrino Interactions with MicroBooNE
    Christopher Thorpe (Lancaster University)
    4/4/22, 2:15โ€ฏPM
  10. 338. Model Independent Measurement of CKM Gamma using B->D0K, D0->2Pi+2Pi- Decays.
    Benedict Westhenry (University of Bristol)
    4/4/22, 2:15โ€ฏPM
  11. 385. Photon Detection in LUX-ZEPLIN (LZ) and LXe TPCs
    Albert Baker (Imperial College London)
    4/4/22, 2:15โ€ฏPM
  12. 314. Search for heavy resonances decaying into a Z boson and a Higgs boson in final states with leptons and b-jets with the ATLAS detector at the LHC
    Tong Qiu (QMUL)
    4/4/22, 2:15โ€ฏPM
  13. 363. Measurement of the inclusive electron antineutrino cross-section on argon using the MicroBooNE detector
    Marina Reggiani-Guzzo (The University of Manchester)
    4/4/22, 2:30โ€ฏPM
  14. 386. Saturation corrections in the LUX-ZEPLIN experiment
    Aiham Al Musalhi (University of Oxford)
    4/4/22, 2:30โ€ฏPM
  15. 315. Search for invisibly decaying Higgs bosons in ttH and VH channels in hadronic final states using full Run 2 data collected by the CMS detector
    Robert White (University of Bristol)
    4/4/22, 2:30โ€ฏPM
  16. 339. Status of searches for rare or forbidden charm decays of the form $D^{+}_{(s)}\rightarrow h^{\pm}\ell^{+}\ell^{'\mp}$
    Zakariya Aliouche (The University of Manchester)
    4/4/22, 2:30โ€ฏPM
  17. 340. A Quasi model independent method to measure the relative strong phase in quantum correlated Dโ†’Ksฯ€+ฯ€- decays and an use in CKM measurements in Bยฑโ†’Dhยฑ decays.
    Jake Lane (University of Manchester)
    4/4/22, 2:45โ€ฏPM
  18. 364. Development of a search for Higgs Portal Scalars in MicroBooNE.
    Aditya Bhanderi (Manchester)
    4/4/22, 2:45โ€ฏPM
  19. 387. Preliminary projected sensitivity of LZ to Majoron-emitting double beta decay modes of ยนยณโถXe
    Zhaozhen Tong (Imperial College London)
    4/4/22, 2:45โ€ฏPM
  20. 316. Search for signatures of physics beyond the standard model (SM) in the di-tau final states using data collected at the CMS experiment from Run-2 at the LHC
    George Uttley (Imperial College London)
    4/4/22, 2:45โ€ฏPM
  21. 388. FlameNEST
    Jordan Palmer (Royal Holloway University of London)
    4/4/22, 3:00โ€ฏPM
  22. 365. Reconstruction performance and characterisation of electromagnetic showers in the SBND detector.
    Ala Zglam (The University of Sheffield)
    4/4/22, 3:00โ€ฏPM
  23. 317. Searching for Beyond the Standard Model Physics using Tau Leptons
    Mitchell Norfolk (The University of Sheffield, PhD Student)
    4/4/22, 3:00โ€ฏPM
  24. 341. Study ofย  ฮžb-ย  and ฮฉb- decays to the ฮ›c+ h- h'- final state
    Bhagyashree Pagare (University of Warwick (UK))
    4/4/22, 3:00โ€ฏPM
  25. 366. A study of neutral current pion events at Super Kamiokande
    Dan Martin (Imperial College London)
    4/4/22, 3:15โ€ฏPM
  26. 318. Exploring Multilepton Signatures from Dark Matter at the LHC
    Arran Freegard (University of Southampton + Queen Mary University of London)
    4/4/22, 3:15โ€ฏPM
  27. 389. Preparations for the first observation of the Migdal effect
    Timothy Marley (STFC)
    4/4/22, 3:15โ€ฏPM
  28. 342. VELO Module Construction for the LHCb detector upgrade for Run3
    Gianluca Zunica (The University of Manchester)
    4/4/22, 3:15โ€ฏPM
  29. 367. BOLEYN: a testbed for new neutrino detection technologies
    Andrew Scarff (University of Sheffield)
    4/4/22, 3:30โ€ฏPM
  30. 319. Decoding Dark Matter at future e + e โˆ’ colliders
    Alexander Belyaev (University of Southampton)
    4/4/22, 3:30โ€ฏPM
  31. 390. Exploring the current and future physics potential of liquid noble direct dark matter detection experiments
    Ellen Sandford (The University of Manchester)
    4/4/22, 3:30โ€ฏPM
  32. 343. Simulation of Low Gain Avalanche Detectors(LGAD) for LHCb operation in Run IV
    David Friday (University of Glasgow)
    4/4/22, 3:30โ€ฏPM
  33. 344. Colliding light, tau g-2, and axion detectors
    Jesse Liu (University of Cambridge)
    4/5/22, 11:00โ€ฏAM
  34. 368. MAGIS & AION: long baseline atom interferometry experiments
    Leonie Hawkins (The University of Liverpool)
    4/5/22, 11:00โ€ฏAM
  35. 391. Towards efficient neutron spectroscopy with a Nitrogen-filled Spherical Proportional Counter
    Ioannis Manthos (University of Birmingham)
    4/5/22, 11:00โ€ฏAM
  36. 320. W-boson and its polarisation at NNLO
    Andrei Popescu (University of Cambridge)
    4/5/22, 11:00โ€ฏAM
  37. 369. AION and MAGIS-100: Atom Interferometry Detectors Searching for Ultralight Dark Matter and Gravitational Waves and Their Limiting Systematics
    Jeremiah Mitchell (University of Cambridge)
    4/5/22, 11:15โ€ฏAM
  38. 321. Differential cross-section measurement for the electroweak production of W-gamma-jj at the ATLAS detector
    Benjamin Honan (ATLAS (University of Manchester))
    4/5/22, 11:15โ€ฏAM
  39. 392. Reaching the neutrino floor for sub-GeV dark matter with spherical proportional counters fully electroformed underground
    Ioannis Katsioulas (University of Birmingham)
    4/5/22, 11:15โ€ฏAM
  40. 345. Towards an Algebraic Theory of Spin
    Peter Bradshaw (University College London)
    4/5/22, 11:15โ€ฏAM
  41. 370. imaging for the MAGIS and AION interferometers
    Dan Weatherill (University of Oxford)
    4/5/22, 11:30โ€ฏAM
  42. 346. MSHT20 Approximate N3LO Parton Distribution Functions with Theoretical Uncertainties
    Jamie McGowan (University College London)
    4/5/22, 11:30โ€ฏAM
  43. 322. Probing the Standard Model with Rare Electroweak Multiboson Interactions
    Harry Cooke (University of Birmingham)
    4/5/22, 11:30โ€ฏAM
  44. 393. Qualification of Photo Detector Units for the DarkSide-20k experiment.
    Zoe Balmforth (Royal Holloway, University of London)
    4/5/22, 11:30โ€ฏAM
  45. 371. A Phase Shear detection system for the MAGIS-100 and AION experiments
    Gedminas Elertas (University of Liverpool)
    4/5/22, 11:45โ€ฏAM
  46. 394. Mitigating Accidental Backgrounds in LZ using Convolution Neural Networks
    Ishan Khurana (.)
    4/5/22, 11:45โ€ฏAM
  47. 347. Quarkonia showers in PYTHIA8
    Naomi Cooke (University of Birmingham)
    4/5/22, 11:45โ€ฏAM
  48. 323. Search for exclusive hadronic W boson decays with the ATLAS experiment
    Jรบlia Silva (University of Birmingham)
    4/5/22, 11:45โ€ฏAM
  49. 395. A Next Generation Liquid Xenon Observatory
    Kelsey Oliver-Mallory (Imperial College London)
    4/5/22, 12:00โ€ฏPM
  50. 324. Optimization of the Bs/Bd separation power in the ATLAS B->mumu branching ratio measurement
    Ondrej Kovanda (University of Sussex)
    4/5/22, 12:00โ€ฏPM
  51. 348. Quantum computing approaches for simulating parton showers in high energy collisions
    Simon Williams (Imperial College London)
    4/5/22, 12:00โ€ฏPM
  52. 372. Recent Progress in Radio Detection of Axion Dark Matter
    Jamie McDonald (Centre for cosmology, particle physics and phenomenology (CP3), Universitรฉ Catholique de Louvain)
    4/5/22, 12:00โ€ฏPM
  53. 325. A method for searching for parity violating physics at the LHC.
    Daniel Noel (University of Cambridge)
    4/5/22, 12:15โ€ฏPM
  54. 349. Graph neural nets for CMS particle track reconstruction
    Liv Vage (Imperial)
    4/5/22, 12:15โ€ฏPM
  55. 396. Sense and Sensitivity: Confronting the radiological screening challenges for next-generation rare event detectors
    XinRan Liu (The University of Edinburgh), Xinran Liu (The University Of Edinburgh)
    4/5/22, 12:15โ€ฏPM
  56. 350. Cosmic Ray Neutron Sensors for IoT Soil Moisture Monitoring
    Patrick Stowell (University of Durham)
    4/6/22, 11:00โ€ฏAM
  57. 397. Detection and Reconstruction of High-Flux Electron Energy Spectra in the Strong-Field QED Regime with LUXE
    John Hallford (University College London)
    4/6/22, 11:00โ€ฏAM
  58. 326. Level-1 Track Finder for the CMS Upgrade for HL-LHC
    Mei-Li Holmberg (University of Bristol, Rutherford Appleton Laboratory)
    4/6/22, 11:00โ€ฏAM
  59. 373. The Nue/Numu Ratio within the NuMI Beam
    Alexandra Moor (University of Cambridge)
    4/6/22, 11:00โ€ฏAM
  60. 327. Neural Network-Based Primary Vertex Reconstruction with FPGAs for the Upgrade of the CMS Level-1 Trigger System
    Christopher Brown (Imperial College London)
    4/6/22, 11:15โ€ฏAM
  61. 351. PlomBOX - development of a low-cost CMOS device for environmental monitoring
    Adriana Dias (Royal Holloway, University of London)
    4/6/22, 11:15โ€ฏAM
  62. 398. Status of the R2D2 0ฮฝฮฒฮฒย Experiment
    Patrick Knights (University of Birmingham)
    4/6/22, 11:15โ€ฏAM
  63. 374. Status of the Triple Differential Numu Bar CC Inclusive Cross-Section Analysis using Data Collected by the NOvA Near Detector
    Prabhjot Singh (Queen Mary University of London)
    4/6/22, 11:15โ€ฏAM
  64. 399. Characterisation of Germanium Detectors for LEGEND-200
    Abigail Alexander (University College London)
    4/6/22, 11:30โ€ฏAM
  65. 352. nFacet 3D: a novel dosimeter for effective dose measurement
    Nicholas Reed (Imperial College London)
    4/6/22, 11:30โ€ฏAM
  66. 328. Performance and Upgrade of the CMS Electromagnetic Calorimeter
    Charlotte Cooke (University of Bristol and Rutherford Appleton Laboratory)
    4/6/22, 11:30โ€ฏAM
  67. 375. Searching for an Improved NOvA 3-flavour Neutrino Oscillation Analysis Event Selection
    Veera Mikola (University College London)
    4/6/22, 11:30โ€ฏAM
  68. 329. Commissioning of L1Calo phase I upgrade at ATLAS: development and testing of eFEX and FTM modules
    Gareth Bird (RAL PPD/University of Birmingham)
    4/6/22, 11:45โ€ฏAM
  69. 400. Detecting supernova neutrinos at SNO+
    Sammy Valder (University of Sussex)
    4/6/22, 11:45โ€ฏAM
  70. 353. QuARC โ€“ A Quality Assurance Range Calorimeter for Proton Therapy
    Saad Shaikh (University College London)
    4/6/22, 11:45โ€ฏAM
  71. 376. Transverse Kinematic Imbalance study in ProtoDUNE-SP for the interaction proton - argon
    Stefano Vergani (University of Cambridge)
    4/6/22, 11:45โ€ฏAM
  72. 377. Development of the Pandora LArTPC event reconstruction to optimise the sensitivity to CP violation at DUNE
    Isobel Mawby (University of Warwick)
    4/6/22, 12:00โ€ฏPM
  73. 330. Improving the performance of dealing with non-ideal tracks within ATLAS reconstruction.
    Donal McLaughlin (University College London)
    4/6/22, 12:00โ€ฏPM
  74. 354. Investigation of plasma (Gabor) lenses for capture and focusing of laser-driven ions
    Titus-Stefan Dascalu (Imperial College London)
    4/6/22, 12:00โ€ฏPM
  75. 401. Supernova Discrimination with a Kiloton-scale Water Cherenkov Detector
    Yan-Jie Schnellbach (University of Liverpool)
    4/6/22, 12:00โ€ฏPM
  76. 355. Analysis of scintillating and reflective materials for X-ray Computed Tomography
    Nicolo Tuccori (University of Sussex)
    4/6/22, 12:15โ€ฏPM
  77. 378. Calibration of DUNE Far Detector using cosmic-ray muons
    Praveen Kumar (The University of Sheffield)
    4/6/22, 12:15โ€ฏPM
  78. 331. Machine Learning based predictor for measurement-to-track association for the ATLAS Inner Detector Trigger
    Nisha Lad (University College London)
    4/6/22, 12:15โ€ฏPM
  79. 402. Probing extreme-energy universe through EeV neutrino detection with the ANITA and PUEO experiments
    Cheng Xie (University College London)
    4/6/22, 12:15โ€ฏPM
  80. 379. Large Area Picosecond Photodetectors for future neutrino detectors
    Robert Foster (University of Sheffield)
    4/6/22, 1:30โ€ฏPM
  81. 332. Measurements of the differential production cross sections of a top quark pair in association with a Zย boson with the ATLAS detector.
    Laurynas Mince (University of Glasgow)
    4/6/22, 1:30โ€ฏPM
  82. 403. Measuring the anomalous precession frequency of the muon with the Muon g-2 tracking detectors
    George Sweetmore (University of Manchester)
    4/6/22, 1:30โ€ฏPM
  83. 356. Mixing and CP violation with D0 -> Kspipi at the LHCb experiment
    Martha Hilton (University of Manchester), Martha Hilton, Martha Hilton
    4/6/22, 1:30โ€ฏPM
  84. 380. A new easily scalable readout system for distributed photomultiplier detector networks
    Petr Mรกnek (University College London)
    4/6/22, 1:45โ€ฏPM
  85. 333. Boosting the Higgs with ttH(bb), using the ATLAS detector
    Albert Borbely (University of Glasgow)
    4/6/22, 1:45โ€ฏPM
  86. 357. Search for local CP violation in the phase-space of Dโฐ โ†’ ฯ€-ฯ€+ฯ€โฐ decays using the energy test with LHCb Run 2 data
    John Cobbledick (University of Manchester)
    4/6/22, 1:45โ€ฏPM
  87. 404. Searching for a muon EDM at the new g-2 experiment at Fermilab
    Dominika Vasilkova (University College London)
    4/6/22, 1:45โ€ฏPM
  88. 381. Event by Event Directional Reconstruction in the SNO+ Scintillator Phase
    Josephine Paton (University of Oxford)
    4/6/22, 2:00โ€ฏPM
  89. 358. Five-dimensional phase-space efficiency in D->K3pi at LHCb for precision CP violation measurements
    Richard Lane (University of Bristol)
    4/6/22, 2:00โ€ฏPM
  90. 405. Physics Validations of Simulations for the COMET Low-Energy, Neutrinoless ฮผ-e Conversion Experiment
    Roden Derveni (Imperial College London)
    4/6/22, 2:00โ€ฏPM
  91. 334. Search for Four Top Quark Production at CMS
    Nicolas Stylianou (CMS (University of Bristol))
    4/6/22, 2:00โ€ฏPM
  92. 382. A Statistical Approach to Modelling the Optical Scattering Calibration System in SNO+
    Daniel Cookman (University of Oxford)
    4/6/22, 2:15โ€ฏPM
  93. 359. Beauty to doubly open charm decays with the LHCb detector
    Fionn Bishop (University of Cambridge)
    4/6/22, 2:15โ€ฏPM
  94. 335. Measurement of Jet Substructure Observables in Boosted $t\bar{t}$ Events at 13~TeV Using the ATLAS Detector at the LHC
    Adam Rennie (University of Glasgow)
    4/6/22, 2:15โ€ฏPM
  95. 406. Track pileup mitigation using a one-dimensional maximum likelihood fit for the Mu3e experiment
    Benjamin Gayther (University College London)
    4/6/22, 2:15โ€ฏPM
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