On its latest flyby of Venus, NASA’s Parker Solar Probe once again swung by the second planet from the Sun for its yearly gravity boost. On this routine flyby, something unexpected happened: the probe ...

In July 2020, NASA’s Parker Solar Probe got extremely close to Venus. So close, in fact, that it was able to pick up natural radio signals emanating from the planet’s ionosphere, the region of the ...

Venus is one of the closest planets to Earth in orbit around the Sun — the other being Mars, of course — but it's still incredibly mysterious. Its surface is shrouded in thick clouds and temperatures ...

NASA’s Parker Solar Probe came very close to Venus during its flyby in July 2020. In fact, after scientists sifted through all the invaluable data it collected during its trip, they found that the ...

During its third flyby of Venus, NASA’s Parker Solar Probe recorded natural radio emissions from within the Venusian atmosphere. The finding is confirmation that Venus’s upper atmosphere undergoes ...

Venus is often called Earth’s sibling planet. Yet despite similarities in size and composition, this nearby world is hellish, unlike Earth’s paradisical climes. Shrouded in clouds of sulfuric acid ...

The higher regions of Venus's atmosphere are a natural source of radio waves, NASA has revealed. The Parker Solar Probe, fresh from having recently broken another speed record, delivered crucial ...

NASA says it has detected a low frequency radio signal in the atmosphere of Venus. The naturally occurring signal was picked up during a flyby of the planet by the Parker Solar Probe, which has taken ...

Figure 1: The trajectories of the Venus-1 and the Venus-2 fly-bys in a Venus-centred coordinate system. Figure 2: A 20-channel plot of the electric field intensities as a function of time during the ...