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Invisibles 14 Workshop

14–18 juil. 2014
Institut des Cordeliers
Fuseau horaire Europe/Paris
1st Bulletin now available

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Liste des contributions

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46. Physics on the light-shell
Howard Georgi
14/07/2014 10:00
2. Theory perspective on neutrino masses and mixing angles
Ferruccio Feruglio
14/07/2014 11:00
3. Quark and lepton Yukawa couplings: symmetries vs. dynamics
Gino Isidori
14/07/2014 11:30
59. Discussion session
Guido Altarelli
14/07/2014 12:00
4. Interplay of flavour and CP symmetries
Claudia Hagedorn
14/07/2014 14:00
5. The minimal 3+2 neutrino model versus Higgs decays
Alex Moreno
14/07/2014 14:30
6. Lepton Mixing from discrete symmetries
Thomas Neder
14/07/2014 15:00
60. Discussion session
Guido Altarelli
14/07/2014 15:15
7. Model building for light sterile neutrinos
Alex Merle
14/07/2014 16:00
8. Neff in low-scale seesaw models versus the lightest neutrino mass
Marija Kekic
14/07/2014 16:30
9. Dark matter in the minimal inverse seesaw mechanism
Michele Lucente
14/07/2014 16:45
10. Sterile neutrinos in cosmology
Oleg Ruchayskiy (EPFL (Swiss Institute of Technology))
14/07/2014 17:00
43. Leptogenesis: neutrino masses, quantum field theory & cosmology
Wilfried Buchmüller
14/07/2014 17:30
11. Recent results from neutrino oscillation experiments
Marco Zito
15/07/2014 09:00
12. Lepton flavour from neutrino oscillations
M. C. González-García
15/07/2014 09:30
61. Discussion session
Steve Parke
15/07/2014 10:00
13. Determination of the neutrino mass ordering
Thomas Schwetz
15/07/2014 11:00
14. Constraining super-light sterile neutrino scenarios by JUNO and RENO-5
Pouya Bakhti
15/07/2014 11:30
15. Heavy neutrino decays at short baseline experiments
Mark Ross-Lonergan
15/07/2014 11:45
62. Discussion session
Serguey Petcov
15/07/2014 12:00
16. LFV Higgs decays: a window to heavy SUSY
Maria Jose Herrero
15/07/2014 14:00
17. Impact of O(1-100) TeV right-handed neutrinos on LFV Higgs decays
Cedric Weiland
15/07/2014 14:30
63. Discussion session
Yasaman Farzan
15/07/2014 15:00
18. Status and perspectives of neutrinoless double-beta searches
Carla Cattadori
15/07/2014 16:00
44. Double disk dark matter
Lisa Randall
15/07/2014 16:30
0. HAMAMATSU
15/07/2014 17:00
52. Dark matter goes social: Impact on structure formation
Jascha Schewtschenko
15/07/2014 17:30
We present our results studying the impact of DM‐photon and DM‐neutrino interactionsonthestructureformationinthelateUniversepotentiallysolving several problems of CDM and constraining the possible interaction strength. Based on work done with Jascha A. Schewtschen ko, Ryan Wilkinson, Celine Boehm, Silvia Pascoli, Carlton Baugh arXiv:1310.8214 (and others still in preparation)
57. Determination of mass attenuation coefficient, effective atomic number and effective electron density for zirconium borohydride and zirconium hydride
Selmi AZZA
15/07/2014 17:30
The effective atomic numbers ( ) and effective electron density ( ) of shielding materials such as borohybride zirconium and hybride zirconium have been calculated using the mass attenuation coefficients ( ) obtained via WinXCOM program at the photon energy range of 1 keV‐100 GeV. This work is concerned also with a calculation of macroscopic fast neutron removal cross‐sections ( ).The main...
53. Durham Augmented Research Outreach (DARO) project
Jascha Schewtschenko
15/07/2014 17:30
The DARO project is an attempt to improve scientific posters (and outreach material)byembeddingadditionaldigitalinformations(movies,interactive graphs, 3D models). See icc.dur.ac.uk/~daro
47. Explaining CoGeNT and DAMA with backgrounds
Jonathan Davis
15/07/2014 17:30
The CoGeNT and DAMA/LIBRA collaborations both claim possible evidence for light Dark Matter scattering in their detectors. For the former this is in the form of a low‐energy excess and for the latter an approximately 9.3 sigma evidence for an annual modulation. However the Dark Matter parameters favoured by these experiments are in tension with searches from e.g. LUX, XENON100 and SuperCDMS....
54. Indirect detection of dark matter signatures at INO
Deepak Tiwari
15/07/2014 17:30
Weakly Interactive Massive Particles (WIMPs) are among the most favored dark n/a matter candidates. Their capture and subsequent annihilation at the center of Sun/ Earth may give rise to neutrinos, through various annihilation channels.We look at the possibility of detection of such neutrinos at INO (India‐Based Neutrino Observatory), which will house 50‐kt Iron Calorimeter (ICAL). With the...
50. Isospin-violating dark matter with colored mediators
Seng Pei Liew
15/07/2014 17:30
In light of positive signals reported by the CDMS‐II Si experiment and the recent results of the LUX and SuperCDMS experiments, we study isospin‐violating dark matter scenarios assuming that the interaction of the dark matter is mediated by colored particles. We investigate the phenomenology of the model, including collider searches, flavor and CP phenomenology. A minimal possible scenario...
51. Minimal theory for lepto-baryons and low scale unification
Sebastian Ohmer
15/07/2014 17:30
We define the simplest anomaly‐free theory where baryon and lepton numbers are defined as local symmetries spontaneously broken at the low scale which predicts the existence of lepto‐baryons. In this context it is possible to unify the Standard Model gauge interactions at the low scale in four dimensions in agreement with experiments. The cosmological implications and the possibility of...
56. On the renormalization of the electroweak chiral Lagrangian
Pedro Machado, Sara Saa Espina
15/07/2014 17:30
We deal here with the off‐shell renormalization of the chiral effective Lagrangian for physics beyond the Standard Model, based on a non‐linear realization of the $SU(2)_L\times U(1)_Y$ gauge symmetry breaking in the presence of a light Higgs particle, up to four derivatives. We consider the full would‐be Goldstone bosons and Higgs sector of the Lagrangian. All one loop amplitudes are computed...
55. Ordered anarchy from a 5D SO(10)
Denise Vicino
15/07/2014 17:30
mechanism to generate flavour hierarchy via 5D wave‐function localization is revisited in the context of SO(10) grand unified theory. An extra‐dimension compactified on an orbifold together with SO(10) breaking generates different zero‐mode profiles for fermions of different charges. Utilizing suitable scalar fields, a predictive model for fermion masses and mixing is constructed and shown to...
48. Search for a 4th neutrino with CeSOX
Mathieu Durero
15/07/2014 17:30
The CeSOX project aims at testing the reactor antineutrino and Gallium anomalies, which can be interpreted as oscillations of active neutrinos toward a fourth (sterile) neutrino species in the very short baseline regime. The CeSOX experimental concept consists in deploying an intense (3‐5 PBq) radioactive antineutrino source made of 144 Cerium, in the vicinity of the Borexino detector located...
49. Supernova neutrinos
Jessica Elevant
15/07/2014 17:30
During a core collapse supernova, a vast amount of neutrinos are emitted from inside the supernova core. The high neutrino density allow for neutrino self interactions which affect the neutrino oscillations in a measurable way. This poster presents the general oscillatory behaviour of neutrinos propagating through a core collapse supernova pointing out certain specific effects due to self...
21. Higgs studies within the SM and beyond : latest news from the LHC experiments
Jose Ocariz (LPNHE)
16/07/2014 09:00
22. Putting the LHC Higgs results into perspective
Roberto Contino
16/07/2014 09:30
23. Effective Lagrangian approach to the EWSB sector
Juan GONZALEZ FRAILE
16/07/2014 10:00
24. One loop structure of effective non-linear Lagrangian with light dynamical Higgs
Kirill Kanshin
16/07/2014 10:15
25. Effective chiral Lagrangian and composite Higgs models
Stefano Rigolin
16/07/2014 11:00
26. Disentangling a dynamical Higgs
Ilaria Brivio
16/07/2014 11:30
27. Composite Higgs (and DM) models under LHC scrutiny
David Marzocca
16/07/2014 11:45
64. Discussion session
Andrea Romanino
16/07/2014 12:00
28. Direct detection of dark matter: Results past and future - signal or no signal?
Richard Gaitskell
17/07/2014 09:00
29. Exploring the dark matter mass range
Celine Boehm
17/07/2014 09:30
30. Photodetectors for the XENON1T dark matter experiment
Daniel Mayani
17/07/2014 10:00
31. The XENON1T time projection chamber
Peter Barrow
17/07/2014 10:15
32. Impact of Sun’s gravitational potential on dark matter signals
Nassim Bozorgnia
17/07/2014 11:00
33. Interplay between direct and LHC dark matter detection in dark Z' scenarios
Giorgio Arcadi
17/07/2014 11:30
65. Discussion session
Laura Covi
17/07/2014 12:00
34. Hints and constraints from annihilating dark matter
Aaron Vincent
17/07/2014 14:00
35. Dark photons and dark matter in a hidden sector
Sarah Andreas
17/07/2014 14:30
66. Discussion session
Yann Mambrini
17/07/2014 15:00
36. Impact of semi-annihilation of Dark matter with radiative neutrino masses
Takashi Toma
17/07/2014 16:00
37. From dark energy to modified gravity
Philippe Brax
17/07/2014 16:30
19. MEDIALAB
17/07/2014 17:00
38. Neutrino mass constraints from cosmology
Uros Seljak
18/07/2014 09:00
39. Highlights on neutrino astronomy
Teresa Montaruli
18/07/2014 09:30
67. Discussion session
Aaron Vincent, Valerie Domke
18/07/2014 10:00
40. Sterile neutrinos: cosmology vs short baseline experiments
Maria Archidiacono
18/07/2014 11:00
42. Flavoured scalar triplet leptogenesis
Benoit Schmauch
18/07/2014 11:30
45. Summary and closing remarks
Luciano MAIANI
18/07/2014 12:00
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