We investigate the generation of large-scale magnetic fields due to the breaking of the conformal invariance in the electromagnetic field through the CPT-even dimension-six Chern–Simons-like effective interaction with a fermion current by taking account of the dynamical Kalb–Ramond and scalar fields in inflationary cosmology. It is explicitly demonstrated that magnetic fields on 1 Mpc scale with the field strength of ∼10−9 G at the present time can be induced
In this work we consider an extended electromagnetic theory in which the scalar state which is usual...
Magnetic fields can be generated during an inflationary phase in the early universe by amplification...
When the gauge fields have derivative couplings to scalars, like in the case of the relativistic the...
Generation of large-scale magnetic fields is studied in dilaton electromagnetism in inflationary cos...
The generation of large-scale magnetic fields is studied in inflationary cosmology. We consider the ...
If the conformal invariance of electromagnetism is broken during inflation, then primordial magnetic...
The property of the spectrum of large-scale magnetic fields generated due to the breaking of the con...
International audienceWe consider the generation of large scale magnetic fields in slow-roll inflati...
We investigate the generation of large scale magnetic fields in the universe from quantum fluctuati...
We study the generation of electromagnetic fields in a string-inspired scenario associated with a ro...
We study the generation of electromagnetic fields in a string-inspired scenario associated with a ro...
Cosmological inflation provides the initial conditions for the structure formation. However, the ori...
We show that conformal invariance of gauge fields is naturally broken in inflation, having as a cons...
Magnetic fields can be generated during an inflationary phase in the early universe by amplification...
The simplest gauge invariant models of inflationary magnetogenesis are known to suffer from the prob...
In this work we consider an extended electromagnetic theory in which the scalar state which is usual...
Magnetic fields can be generated during an inflationary phase in the early universe by amplification...
When the gauge fields have derivative couplings to scalars, like in the case of the relativistic the...
Generation of large-scale magnetic fields is studied in dilaton electromagnetism in inflationary cos...
The generation of large-scale magnetic fields is studied in inflationary cosmology. We consider the ...
If the conformal invariance of electromagnetism is broken during inflation, then primordial magnetic...
The property of the spectrum of large-scale magnetic fields generated due to the breaking of the con...
International audienceWe consider the generation of large scale magnetic fields in slow-roll inflati...
We investigate the generation of large scale magnetic fields in the universe from quantum fluctuati...
We study the generation of electromagnetic fields in a string-inspired scenario associated with a ro...
We study the generation of electromagnetic fields in a string-inspired scenario associated with a ro...
Cosmological inflation provides the initial conditions for the structure formation. However, the ori...
We show that conformal invariance of gauge fields is naturally broken in inflation, having as a cons...
Magnetic fields can be generated during an inflationary phase in the early universe by amplification...
The simplest gauge invariant models of inflationary magnetogenesis are known to suffer from the prob...
In this work we consider an extended electromagnetic theory in which the scalar state which is usual...
Magnetic fields can be generated during an inflationary phase in the early universe by amplification...
When the gauge fields have derivative couplings to scalars, like in the case of the relativistic the...