International audienceIn a recent paper, Edvardsson et al. (\cite{edvardsson}) propose a new solution for the spin evolution of the Earth and Mars. Their results differ significantly with respect to previous studies, as they found a large contribution on the precession of the planet axis from the tidal effects of Phobos and Deimos. In fact, this probably results from the omission by the authors of the torques exerted on the satellites orbits by the planet's equatorial bulge, as otherwise the average torque exerted by the satellites on the planet is null
Comment on "Magnetic phase structure of Saturn's 10.7h oscillations" by Yates et al
Secular drift of a pole of an axis of rotation of the Earth is studied more than 100 years. On the m...
International audienceThis is a comment on the following publication: Morner, N-A. 2010. Solar Minim...
International audienceIn a recent paper, Edvardsson et al. (\cite{edvardsson}) propose a new solutio...
In a recent paper, Edvardsson et al. ([CITE]) propose a new solution for the spin evolution of the ...
In a recent paper, Edvardsson etal (2002) propose a new solution for the spin evolution of the Earth...
Celestial mechanical simulations from a purely classical point of view of the solar system, includin...
International audienceThe long term evolution of the spin axis of the terrestrial planets strongly d...
Nataf (Solar Phys. 297, 107, 2022) has recently asserted that the hypothesis that the solar dynamo m...
The long period variation of the earth rotation is generally explained by tidal friction. The tidal ...
Many Sun-like stars are observed to host close-in super-Earths (SEs) as part of a multi-planetary sy...
Analytic solutions to the heat and mass transfer equations, which were obtained in [1], are correcte...
We respond to Dikpati et al.'s criticism of our recent solar dynamo model. A different treatment of ...
These data accompany the JGR-Planets paper by Shirley et al. (2019JE006077), which is a study of the...
Callebaut et al. (2012)'s claim that Scafetta (2010)'s results about a correlation between 20-year a...
Comment on "Magnetic phase structure of Saturn's 10.7h oscillations" by Yates et al
Secular drift of a pole of an axis of rotation of the Earth is studied more than 100 years. On the m...
International audienceThis is a comment on the following publication: Morner, N-A. 2010. Solar Minim...
International audienceIn a recent paper, Edvardsson et al. (\cite{edvardsson}) propose a new solutio...
In a recent paper, Edvardsson et al. ([CITE]) propose a new solution for the spin evolution of the ...
In a recent paper, Edvardsson etal (2002) propose a new solution for the spin evolution of the Earth...
Celestial mechanical simulations from a purely classical point of view of the solar system, includin...
International audienceThe long term evolution of the spin axis of the terrestrial planets strongly d...
Nataf (Solar Phys. 297, 107, 2022) has recently asserted that the hypothesis that the solar dynamo m...
The long period variation of the earth rotation is generally explained by tidal friction. The tidal ...
Many Sun-like stars are observed to host close-in super-Earths (SEs) as part of a multi-planetary sy...
Analytic solutions to the heat and mass transfer equations, which were obtained in [1], are correcte...
We respond to Dikpati et al.'s criticism of our recent solar dynamo model. A different treatment of ...
These data accompany the JGR-Planets paper by Shirley et al. (2019JE006077), which is a study of the...
Callebaut et al. (2012)'s claim that Scafetta (2010)'s results about a correlation between 20-year a...
Comment on "Magnetic phase structure of Saturn's 10.7h oscillations" by Yates et al
Secular drift of a pole of an axis of rotation of the Earth is studied more than 100 years. On the m...
International audienceThis is a comment on the following publication: Morner, N-A. 2010. Solar Minim...