Comptes Rendus Physique

Georges Bouzerar

Richard Bouzerar

Unraveling the nature of carrier-mediated ferromagnetism in diluted magnetic semiconductors

Rajendra Mitharwal

Francesco P. Andriulli

A regularised boundary element formulation for contactless SAR evaluations within homogeneous and inhomogeneous head phantoms

Christophe Roblin

A statistical assessment of ambient electromagnetic field using body-worn multiaxial sensors

Isabelle Vin

Davy P. Gaillot

Pierre Laly

Martine Liénard

Pierre Degauque

Overview of mobile localization techniques and performances of a novel fingerprinting-based method

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Astrophysics: Françoise Combes
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B. Derrida, M. Devoret, F. Dyson, S. Edwards, D. Estève, S. Fauve, P. Fayet, A. Fert, M. Fink, J. Friedel, D. Gratias, M. Goldman, E. Hahn, 
T. Hänsch, S. Haroche, J.-P. Hurault, J. Iliopoulos, D. Jérôme, D. Kaplan, D. Kleppner, G. Laval, A. Libchaber, A. Martin, P. Nozières, 
E. Otten, G. Parisi, E. Picasso, B. Picinbono, A. Polyakov, J. Prost, Y. Quéré, T. Ramakrishan, N. Ramsey, P.-H. Rebut, E. Rosencher, 
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J. Zinn-Justin.
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A. Labeyrie, J. Laskar, P. Léna, J.-C. Pecker, D. Rouan.
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Editorial Board

Vincent Vennin

Jérôme Martin

Christophe Ringeval

Cosmic inflation and model comparison

C. R. Physique 16 (2015) 1056–1058Contents lists available at ScienceDirect
Comptes Rendus Physique
www.sciencedirect.com
Keyword index
Vol. 16, 2015
A
Acceleration – Grenier I.A., 641
Acceleration of particles – Dubus G., 661
Accelerator – Wenninger J., 347
Acoustics – Delannay R., 45
Active matter – Gonnella G., 316
Aeolian sand transport – Valance A., 105
Agitations – van Hecke M., 37
Algorithms – Petit G., 480
Alternatives to inflation – Lilley M., 1038
Alveolar structure – Lajimi N., 708
Anomalies – Bojowald M., 1012
Antennas – Ali K., 789
Arching – Radjai F., 3
Artificial magnetic conductor – Andri-
amiharivolamena T., 851
Astrophysics – Barré J., 723
ATLAS – Cacciari M., 368 – Nicolaidou R., 
379
Atomic clock – Takamoto M., 489 – Peik 
E., 516 – Bongs K., 553
Atomic fountain clocks – Abgrall M., 461
Avalanche – Gray J.M.N.T., 73
Avalanche density – Sovilla B., 97
Avalanche impact pressure – Sovilla B., 
97
Avalanche velocity – Sovilla B., 97
B
Barchan – Courrech du Pont S., 118
Beyond the standard model – Espinosa 
J.R., 394
BiFeO3 – Guennou M., 182 – Yang Y., 193
Binaries: general – Dubus G., 661
Blackbody Stark – Ludlow A.D., 499
Body area networks – Ali K., 789
Bouncing cosmology – Lilley M., 1038
Boundary condition – Jop P., 62
Boundary Element Method – Mitharwal 
R., 776
BSM – Clerbaux B., 407
C
Calderón preconditioning – Mitharwal 
R., 776
Calorimeter – Fournier D., 356
Causal structures – Ellis G.F.R., 928
Centrifuge experiments – Turnbull B., 86
CERN – Cacciari M., 368 – Schutz Y., 448
Cherenkov detectors – de Naurois M., 
610
Clocks – Laurent P., 540
CMB – Bouchet F.R., 891
CMS – Cacciari M., 368 – Nicolaidou R., 
379
Coarsening – Cugliandolo L.F., 257 – 
Nepomnyashchy A.A., 267 – Politi P., 
280 – Das S.K., 303 – Corberi F., 332
Coarsening in athermal systems – Bal-
dassarri A., 291
Cold atoms – Laurent P., 540 – Bongs K., 
553
Cold collision – Ludlow A.D., 499
Collective motion – Courrech du Pont S., 
118
Compositeness – Espinosa J.R., 394
Computational dosimetry – Mitharwal 
R., 776
Constancy of fundamental constants – 
Takamoto M., 489
Contact dynamics – Radjai F., 3
Cosmic microwave background – Uzan 
J.-P., 576 – Durrer R., 948
Cosmic rays – Degrange B., 587 – 
Lemoine M., 628 – Hewitt J.W., 674
Cosmology – Uzan J.-P., 576 – Uzan J.-P., 
875 – Bouchet F.R., 891 – Ellis G.F.R., 
928 – Durrer R., 948 – Vennin V., 960 
– Renaux-Petel S., 969 – Bernardeau F., 
986 – Bezrukov F., 994 – Silverstein E., 
1003 – Yokoyama J., 1018 – Pereira T., 
1027 – Lilley M., 1038
Coupling – Nicolaidou R., 379 – Lajimi 
N., 708
Coupling element – Cihangir A., 836
CP violation – Gershon T., 435
Creeping waves – Ali K., 789
Critical velocity – Castin Y., 241
Crystal erosion – Politi P., 280
Crystal growth – Politi P., 280
Curie temperature – Bouzerar G., 731
Cycloidal antiferromagnetic thin films – 
Fontcuberta J., 204
D
Dark matter – Clerbaux B., 407
Debris avalanches – Turnbull B., 86
Debris flows – Turnbull B., 86
Dense granular flow – Jop P., 62
Dense granular flows – Kumaran V., 51
Desert – Courrech du Pont S., 118
Detectors – Thompson D.J., 600
DFT – Varignon J., 153
Disorder – Corberi F., 332 – Bouzerar G., 
731
Domain growth – Cugliandolo L.F., 257
Domain walls – Matzen S., 227 – 
Nepomnyashchy A.A., 267
Domains – Matzen S., 227
Dune – Courrech du Pont S., 118
E
Early universe – Uzan J.-P., 875
Effective theory – Bojowald M., 1012
Electronic bridge – Peik E., 516
Electroweak symmetry breaking – Es-
pinosa J.R., 394
EMF exposure – Roblin C., 802
Epitaxy – Aqua J.-N., 741
Equivalence principle – Guerlin C., 565 – 
Uzan J.-P., 576
Exotics – Clerbaux B., 407
Experimental tests of General Relativity
– Guerlin C., 565
Exposimeter – Roblin C., 802
Eyewear device – Cihangir A., 836http://dx.doi.org/10.1016/S1631-0705(15)00242-X
1631-0705/2015 Published by Elsevier Masson SAS on behalf of Académie des sciences.
Keyword index / C. R. Physique 16 (2015) 1056–1058 1057F
Fermi bubbles – Su M., 686
Fermi gases – Castin Y., 241
Ferroelectric manganite thin films – 
Fontcuberta J., 204
Ferroelectricity – Barone P., 143 – 
Matzen S., 227
Ferroelectrics – Garcia V., 168
Ferromagnetism – Matzen S., 227
Fibre optics – Lopez O., 531
Field sensing – Roblin C., 802
Fingerprinting – Vin I., 862
Fluid dynamics – Barré J., 723
Force chains – Radjai F., 3
Force networks – Behringer R.P., 10
Frequency and time dissemination – 
Riehle F., 506
Frequency metrology – Bongs K., 553
Frequency stabilized lasers – Lopez O., 
531
Frequency standards – Bauch A., 471 – 
Petit G., 480 – Riehle F., 506
Frequency transfer – Droste S., 524
Full-field measurements – Desrues J., 26
Fundamental constants – Uzan J.-P., 576
Future redefinition of the second – 
Riehle F., 506
G
Galactic Centre – Su M., 686
Gamma rays – Thompson D.J., 600 – de 
Naurois M., 610 – Lemoine M., 628 – 
Grenier I.A., 641 – Su M., 686
Gamma-rays: stars – Dubus G., 661
General relativity – Uzan J.-P., 576
Geometry – Kallosh R., 914
Geomorphology – Courrech du Pont S., 
118
GNSS – Bauch A., 471
Granular kinetic theory – Kumaran V., 
51
Granular materials – Behringer R.P., 10 – 
Desrues J., 26 – Gray J.M.N.T., 73
Granular matter – Radjai F., 3
Granular media – Delannay R., 45
Granular systems – Baldassarri A., 291
Gravitation – Bernardeau F., 986
Ground-based detectors – Degrange B., 
587
H
Hadrons – Wenninger J., 347
Heavy ions – Schutz Y., 448
Heterostructures – Garcia V., 168
Hexagonal ferroelectric thin films – 
Fontcuberta J., 204
Higgs boson – Fournier D., 356 – 
Nicolaidou R., 379 – Espinosa J.R., 394 
– Clerbaux B., 407 – Bezrukov F., 994
High-energy astrophysics – Lemoine M., 
628
High-energy gamma rays – Degrange B., 
587
High-impedance surface – Andriami-
harivolamena T., 851
Human body – Andriamiharivolamena T., 
851
Hydrodynamics – Das S.K., 303
Hyperfine structure – Peik E., 516
I
Imaging atmospheric Cherenkov tele-
scopes – de Naurois M., 610
Immune repertoire – Walczak A.M., 761
Impact – Behringer R.P., 10
Inflation – Uzan J.-P., 875 – Bouchet F.R., 
891 – Kallosh R., 914 – Ellis G.F.R., 
928 – Durrer R., 948 – Vennin V., 960 
– Renaux-Petel S., 969 – Bezrukov F., 
994 – Silverstein E., 1003 – Yokoyama 
J., 1018 – Pereira T., 1027 – Lilley M., 
1038
Inhomogeneous stationary state – Barré 
J., 723
Instability – Politi P., 280
Interfaces – Garcia V., 168
International timescales – Petit G., 480
Ion trap – Peik E., 516
J
Jamming – Behringer R.P., 10
L
Landau criterion – Castin Y., 241
Landau damping – Barré J., 723
Large Hadron Collider – Wenninger J., 
347 – Cacciari M., 368 – Nicolaidou R., 
379 – Hawkings R., 424 – Gershon T., 
435 – Schutz Y., 448 – Bezrukov F., 994
Large-scale structure – Bernardeau F., 
986
Laser cooling – Bongs K., 553
Lasers – Droste S., 524
Localization – Vin I., 862
Lorentz invariance – Guerlin C., 565
LTE – Cihangir A., 836
M
Magnetic field – Yokoyama J., 1018
Magnetic induction link budget – 
Grzeskowiak M., 819
Magnetic semiconductors – Bouzerar G., 
731
Magnetism – Varignon J., 153
Magneto-optical trap – Bongs K., 553
Magnetoelectric coupling – Garcia V., 
168 – Matzen S., 227
Magnetosphere – Grenier I.A., 641
Mass – Nicolaidou R., 379
Metal–insulator transition – Bouzerar 
G., 731
Microscopic mechanisms – Barone P., 
143
Misfit strain – Yang Y., 193
Mixed avalanches – Sovilla B., 97
Model Comparison – Vennin V., 960
Molecular dynamics – Radjai F., 3 – Das 
S.K., 303
Monolayer and multilayer stacked coil – 
Grzeskowiak M., 819
Morphological instability – Aqua J.-N., 
741
Mössbauer spectroscopy – Peik E., 516
Multi-zone buildings – Lajimi N., 708
Multiferroic – Guennou M., 182
Multiferroic perovskite films – Fontcu-
berta J., 204
Multiferroics – Barone P., 143 – 
Varignon J., 153 – Garcia V., 168 – 
Yang Y., 193 – Matzen S., 227
Multipath component distance – Vin I., 
862
Mutual inductance – Grzeskowiak M., 
819
N
Neutron star – Grenier I.A., 641
New physics – Clerbaux B., 407
Non-cooperative mode – Vin I., 862
Non-equilibrium statistical mechanics – 
Baldassarri A., 291
Non-Gaussianities – Renaux-Petel S., 969
Non-line-of-sight – Vin I., 862
Non-linear couplings – Bernardeau F., 
986
Non-local effects – Jop P., 62
Non-thermal radiation – Degrange B., 
587
Nonlocal models – van Hecke M., 37
Nucleosynthesis – Uzan J.-P., 576
O
Observations – Su M., 686
On-body spiral coil – Grzeskowiak M., 
819
Optical atomic clock – Riehle F., 506 – 
Droste S., 524
Optical clock – Ludlow A.D., 499
Optical fiber link – Droste S., 524
Optical frequency combs – Abgrall M., 
461
Optical lattice – Ludlow A.D., 499 – 
Bongs K., 553
Optical lattice clock – Abgrall M., 461 – 
Takamoto M., 489
Optical links – Lopez O., 531
Optimization in biology – Walczak A.M., 
761
P
Particle acceleration – Lemoine M., 628
Particle mixing – Gray J.M.N.T., 73
Particle-laden fluid flows – Valance A., 
105
Particle size-segregation – Gray J.M.N.T., 
73
Pattern formation – Nepomnyashchy 
A.A., 267 – Gonnella G., 316
1058 Keyword index / C. R. Physique 16 (2015) 1056–1058Perovskite – Guennou M., 182
Perturbative calculations – Cacciari M., 
368
Phase ordering kinetics – Cugliandolo 
L.F., 257
Phase separation – Gonnella G., 316
Phase transition – Das S.K., 303
Planar monopole – Andriamiharivola-
mena T., 851
Planck – Bouchet F.R., 891
Plasma physics – Barré J., 723
Polarization diversity – Vin I., 862
Powder snow avalanches – Sovilla B., 97
Precision measurements – Laurent P., 
540
Precursor of avalanches – Delannay R., 
45
Precursors of localisation – Desrues J., 
26
Pulsar – Grenier I.A., 641
Pulsar wind nebulae – Hewitt J.W., 674
Q
QCD – Schutz Y., 448
QGP – Schutz Y., 448
Quantum cosmology – Bojowald M., 
1012
Quantum metrology – Ludlow A.D., 499
Quark flavour physics – Gershon T., 435
R
Radiation mechanisms: non-thermal – 
Dubus G., 661
Rare decays – Gershon T., 435
Relativistic geodesy – Takamoto M., 489
Relativity – Laurent P., 540
Rheology – van Hecke M., 37 – Jop P., 62
Run-out – Gray J.M.N.T., 73
S
Saltation – Valance A., 105
Sand transport – Courrech du Pont S., 
118
SAR – Cihangir A., 836
SAR assessments – Mitharwal R., 776
Scaling – Corberi F., 332
Schwinger effect – Yokoyama J., 1018
Self-propelled particles – Gonnella G., 
316
Shear jamming – Behringer R.P., 10
Sheared granular flows – Kumaran V., 51
Slow granular flows – van Hecke M., 37
Snow entrainment – Sovilla B., 97
Solenoid – Fournier D., 356
Space – Thompson D.J., 600
Space-borne detectors – Degrange B., 
587
Space-time – Bojowald M., 1012
Spatial anisotropy – Pereira T., 1027
Specific Absorption Rate – Andriami-
harivolamena T., 851
Spectrometer – Fournier D., 356
Spectroscopy – Gershon T., 435
Spin excitations – Bouzerar G., 731
Spin–parity – Nicolaidou R., 379
Spintronics – Garcia V., 168
Stability of natural constants – Abgrall 
M., 461
Standard Model – Cacciari M., 368
Stochastic gene regulation – Walczak 
A.M., 761
Strain localisation – Desrues J., 26
Strained film – Aqua J.-N., 741
String theory – Silverstein E., 1003
Strontium – Ludlow A.D., 499
Superfluidity – Castin Y., 241
Supergravity – Kallosh R., 914
Supernova remnants – Hewitt J.W., 674
SUSY – Clerbaux B., 407
T
Th-229 isomer – Peik E., 516
Thermal fluctuations – Bouzerar G., 731
Thermal insulation – Lajimi N., 708
Thermoelectricity – Lajimi N., 708
Thin film – Yang Y., 193
Tiling solutions – Walczak A.M., 761
Time and frequency metrology – Bauch 
A., 471 – Takamoto M., 489 – Lopez O., 
531 – Guerlin C., 565
Time links – Petit G., 480
Time–frequency transfer – Laurent P., 
540
Timekeeping – Abgrall M., 461
Top mass – Hawkings R., 424
Top quark – Fournier D., 356 – Hawkings 
R., 424
Toroid – Fournier D., 356
Transition-metal oxides – Barone P., 143
Triaxial and biaxial tests – Desrues J., 26
TWSTFT – Bauch A., 471
U
Ultracold atoms – Castin Y., 241
V
Vacuum stability – Espinosa J.R., 394
Variation of the fundamental constants
– Laurent P., 540
Vlasov equation – Barré J., 723
W
Wearable antenna – Andriamiharivola-
mena T., 851
Width – Nicolaidou R., 379
Wireless ingestible capsule – Grzes-
kowiak M., 819
Worn dosimeter – Roblin C., 802
X
X-ray tomography – Desrues J., 26
Y
Ytterbium – Ludlow A.D., 499


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Unraveling the nature of carrier-mediated ferromagnetism in diluted magnetic semiconductors

A regularised boundary element formulation for contactless SAR evaluations within homogeneous and inhomogeneous head phantoms

A statistical assessment of ambient electromagnetic field using body-worn multiaxial sensors

Overview of mobile localization techniques and performances of a novel fingerprinting-based method

Editorial Board

Cosmic inflation and model comparison

Keyword index Vol. 16, 2015

Coarsening in granular systems

Motility-induced phase separation and coarsening in active matter

Editorial Board

2,036

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