Located close to the feet of the magnetic field lines connecting Io to each Jovian hemisphere, the Io footprint is the auroral signature of the electromagnetic interaction between Io and Jupiter's magnetosphere. It consists of several spots followed downstream by an extended tail. The size of the main spot is expected to scale to the size of the interaction region close to Io. Consequently, this quantity is crucial to understand the processes involved. However, the main spot size is a controversial issue as previously published values range from ~400 km to ~10000 km, leading to contradictory conclusions. Based on observations carried on with the Hubble Space Telescope STIS and ACS FUV instruments from 1997 to 2009, we estimate the size of t...
The interaction of Io with the Jovian magnetosphere is the best known – and the most intense – case ...
International audienceThe interaction of Io with the Jovian magnetosphere is the best known - and th...
International audienceThe interaction of Io with the Jovian magnetosphere is the best known - and th...
The Io footprint (IFP) is the auroral signature of the electromagnetic interaction between Io and Ju...
The electro-magnetic interaction between Io and the Jovian magnetosphere generates a perturbation in...
The Io footprint (IFP) is one of the most spectacular signatures of the Io-Jupiter electromagnetic i...
[1] A total of 74 images of the ultraviolet footprint of the Io flux tube (IFT) on Jupiter's upper a...
The electromagnetic interaction between Io and the Jovian magnetosphere generates a UV auroral footp...
The electromagnetic interaction between Io and the jovian magnetic field leads to an auroral UV foo...
The Io footprint (IFP) is a set of auroral spots and an extended tail resulting from the strong inte...
The electromagnetic interaction between Io and Jupiter's magnetic field leads to single or multiple ...
International audienceThe Io footprint (IFP) is a set of auroral spots and an extended tail resultin...
International audienceThe Io footprint (IFP) is a set of auroral spots and an extended tail resultin...
International audienceThe Io footprint (IFP) is a set of auroral spots and an extended tail resultin...
The Io footprint (IFP) is a set of auroral spots and an extended tail resulting from the strong inte...
The interaction of Io with the Jovian magnetosphere is the best known – and the most intense – case ...
International audienceThe interaction of Io with the Jovian magnetosphere is the best known - and th...
International audienceThe interaction of Io with the Jovian magnetosphere is the best known - and th...
The Io footprint (IFP) is the auroral signature of the electromagnetic interaction between Io and Ju...
The electro-magnetic interaction between Io and the Jovian magnetosphere generates a perturbation in...
The Io footprint (IFP) is one of the most spectacular signatures of the Io-Jupiter electromagnetic i...
[1] A total of 74 images of the ultraviolet footprint of the Io flux tube (IFT) on Jupiter's upper a...
The electromagnetic interaction between Io and the Jovian magnetosphere generates a UV auroral footp...
The electromagnetic interaction between Io and the jovian magnetic field leads to an auroral UV foo...
The Io footprint (IFP) is a set of auroral spots and an extended tail resulting from the strong inte...
The electromagnetic interaction between Io and Jupiter's magnetic field leads to single or multiple ...
International audienceThe Io footprint (IFP) is a set of auroral spots and an extended tail resultin...
International audienceThe Io footprint (IFP) is a set of auroral spots and an extended tail resultin...
International audienceThe Io footprint (IFP) is a set of auroral spots and an extended tail resultin...
The Io footprint (IFP) is a set of auroral spots and an extended tail resulting from the strong inte...
The interaction of Io with the Jovian magnetosphere is the best known – and the most intense – case ...
International audienceThe interaction of Io with the Jovian magnetosphere is the best known - and th...
International audienceThe interaction of Io with the Jovian magnetosphere is the best known - and th...