Trihydrogen cations, or H 3 +, are not common molecules in our everyday lives – you might not have heard of them before this article, but we are probably here because of them.

Open the Youtube video. The trihydrogen cation has been instrumental in another auroral discovery, the lost aurorae of Neptune, found again recently after missing for 36 years.On Jupiter, the ...

Before trihydrogen cation is destroyed, it gives off infrared light. That's what Webb observed, Nichols said. Related Stories. Webb telescope captures weird auroras on Neptune for the first time; ...

Using Webb’s recent observations of Jupiter’s aurora, the scientists studied emissions from a molecule called trihydrogen cation. The special molecule is formed when energetic particles rip an ...

On Neptune, the researchers succeeded in recording a clear emission line that suggests the presence of the trihydrogen cation (H₃⁺), which can form in auroras.

H3+ is a trihydrogen cation that contains three protons and ... The Uranus emission was the result of molecular hydrogen being ionized and forming H3+ cations following collisions with ...

Spotted by the James Webb Space Telescope, auroras occur when energetic particles from the sun interact with a planet’s atmosphere, creating a glowing light show.

New James Webb Space Telescope (JWST) images have captured auroras on Neptune for the first time.. The telescope spotted infrared auroras that create exotic molecules known as trihydrogen cations ...

NASA's flagship James Webb Space Telescope has captured the first-ever images of auroral activity on Neptune, after years of tantalizing hints.. The images in question of Neptune were captured by ...

At the left, an enhanced-color image of Neptune from NASA’s Hubble Space Telescope. At the right, that image is combined with data from NASA’s James Webb Space Telescope.

The trihydrogen cation has been instrumental in another auroral discovery, the lost aurorae of Neptune, found again recently after missing for 36 years.On Jupiter, the cation has been suggested as ...