Workshop on Frontiers in High Energy Physics 2019

Part 1: Gravitation and Cosmology.- Chapter 1. Re-visiting gravitational wave events with pulsars as Weber detectors.- Chapter 2. Effective chemical potential in spontaneous baryogenesis.- Chapter 3. Ferromagnetic instability in PAAI in the sky.- Chapter 4. The phenomenology of modified gravity models.- Chapter 5. Unique contributions to the scalar bispectrum in ‘just enough inflation’.- Chapter 6. Flavons and Baryogenesis.- Chapter 7. Spontaneous baryogenesis in quintessential&nbsp;inflation.- Chapter 8. Primordial Black Holes from Warm Inflation.- Chapter 9. Criticality of Charged AdS Black Hole with a Global Monopole.- Chapter 10. Effect of Global Monopole on the Microscopic Structure of RN-AdS Black hole.- Chapter 11. Diffusion coefficients and constraints on hadronic inhomogeneities in the early universe.- Chapter 12. Interacting Quintessence Model and Accelerated Expansion of the Universe.- Chapter 13. Quantisation of κ-deformed Klein-Gordon field.- Part 2: Colllider and Physics beyond theStandard Model.- Chapter 14. Recent results in small systems from CMS.- Chapter 15. Dark sector searches at the CMS experiment.- Chapter 16. Dark matter searches at the CMS experiment.- Chapter 17. Beyond MET: long-lived particles at the LHC.- Chapter 18. UV Origin of Discrete Symmetrie.- Chapter 19. Pathways to unification with Vector like fermions.- Chapter 20. Higgs Vacuum Stability with Vector-like Fermions.- Chapter 21. Phenomenology of two Higgs doublet model with flavor dependent U(1) symmetry.- Chapter 22. Signatures of GW from an extended inert doublet model.- Chapter 23. Relaxed constraints on masses of new scalars in 2HDM.- Chapter 24. Charged Higgs Discovery Prospects.- Chapter 25. Some compelling overview of charged particle multplicity distribution in pp collisions at the LHC.- Chapter 26. Polarization of Z boson as a probe of anomalous gauge-Higgs couplings.- Part 3: Astroparticles, Neutrinos and Dark Matter.- Chapter 27. Astronomical probes of ultra light dark matter.- Chapter 28. Extragalactic Neutrinos: A window to new physics.- Chapter 29. UV-IR freeze-in of a fermionic dark matter and its possible x-ray signature.- Chapter 30. Recent results from GRAPES-3 observatory.- Chapter 31. Dark matter mass in extra U(1) gauge model.- Chapter 32. 0νββ signature in LRSM with Higgs bidoublet and doublets.- Chapter 33. Sterile neutrino in minimal extended seesaw with A4 avour symmetry.- Chapter 34. Origin of dark matter and baryon asymmetry of the Universe in an A4 flavor symmetric neutrino mass model.- Chapter 35. eV scale sterile neutrino and dark matter phenomenology in A4 ×U(1)B−L model.- Chapter 36. Type III Seesaw and Two-component Dark Matter in U(1)B−L Model.- Chapter 37. Δ(27) flavor model within type–II seesaw and associated phenomenology.- Chapter 38. Mass and life time of heavy dark matter decay into IceCube PeV.- Chapter 39. Constraints on ultra light dark matter from compact binary systems.- Chapter 40. Viscous dark matter and its implication for 21-cm signal.- Chapter 41. Implications of neutrino mixing data on hierarchical texture 2 zero mass matrices.- Chapter 42. Study of texture zeros of Mν4×4 in Minimal Extended Seesaw mechanism.- Chapter 43. Eects of nonstandard interactions on coherence in neutrino oscillations.- Chapter 44. Lorentz invariance violation and Long Baseline Experiments.- Part 4: QCD and Heavy Ion Physics.- Chapter 45. Do Proton+Proton collisions at the LHC energies produce Droplets of Quark-Gluon Plasma?.- Chapter 46. Parton Distributions and Spin Structure of Hadrons.- Chapter 47. A Study of Transverse Single Spin Asymmetry in Hadroproduction and Electroproduction of J/ψ.- Chapter 48. Shear viscosity and vorticity patterns in relativistic heavy ion collisions.- Chapter 49. The 3-D structure of kaon in light-cone quark model.- Chapter 50. Quark Wigner distribution and GTMD of pion using soft-wall AdS/QCD wavefunctions.- Part 5: Heavy Flavour Physics.- Chapter 51. Global Fits of B Decay Anomalies.- Chapter 52. Beam-constrained vertexing for Bphysics at the Belle II Experiment.- Chapter 53. New Physics solutions for b → cτ ν¯ anomalies after Moriond 2019.- Chapter 54. Analysis of B¯ →Dτν¯τ decay modes.- Chapter 55. Effect of new physics in B¯ →ρℓν¯ℓ decay process.- Chapter 56. Exploring lepton flavor universality violation in Bs → Ds∗ l ν decay.- Chapter 57. Model independent study of LFUV in Σb →Σcτν and Ωb →Ωcτν baryonic decays.- Chapter 58. Test of LFU in B → Kℓℓ decays at Belle.- Chapter 59. Search for the decay Bs0 −→ π0π0 at Υ (5S) resonance using Belle detector.- Chapter 60. New physics effects on Bs → K+K− decay mode.- Chapter 61. Analysis of b →sγ transition in VQM model.<br><div><br></div>