... origin of FRBs as the team believes it may be hard to explain a 157-day precession period given the large magnetic fields expected in these stars. “Detecting a periodicity provides an important constraint on the origin of the bursts and the activity...
... In situ instruments will measure the solar wind and the solar magnetic field in the vicinity of the orbiter. “The combination of remote-... cycle, and how the Sun creates and controls the magnetic bubble – the heliosphere – in which our planet resides...
... ribbons of electrified gas called auroral bands, and provided further evidence that Ganymede has a weak magnetic field. The similarities in these UV observations were explained by the presence of molecular oxygen (O2). But some observed features...
...’s development may also be spurred on by physical factors of spaceflight - periodic fluctuations in solar activity, radiation levels, or magnetic field gradients, etc. Russian orbital space station operational experience shows that processes like the...
..., and liquid inner cores of planets producing magnetic fields that can help shield atmospheres, to geological processes... it worked out in the end! My project was in the field of planetary protection, which focuses on minimising the potential of (one...
...The hot-Neptunes we do see are resisting this evaporation in some way, perhaps due to cooler host stars, magnetic fields or some other mechanism we don’t yet understand,” said David Armstrong, a planetary scientist at the University of Warwick in the...