Neptune and Uranus could contain large oceans of water.

We have a very good investigation of Neptune and very spectacular Uranus from the month of November, at the moment the image above is a collaborative image, using Hubble and James Web allow us to obtain more precise images and it is the first in which the brilliant activity of Neptune's aurora has been captured. Auroras occur when energetic particles often coming from the Sun are trapped in the magnetic field of a planet. Nepuno is a gas planet, it is not a giant like Jupiter and Saturn, it is much larger than the Earth as you can imagine and it was basically believed until now that it was composed of gases, although it is within the category of icy giants, because its materials were also believed to be all frozen, that is, until now until very recently it was believed that Neptune and Uranus They were basically large masses of ice, surrounded by a large mass of gas that would be the atmosphere, but things changed in November with research from the University of California at Berkeley.

The use of simulations and computers like now and artificial intelligence will empower us to do a lot of research and to be able to achieve things that until now we could not or to accelerate research, things that previously took years, now they can be done in months or weeks or days and in this research the icy giants Uranus and Neptune may not be like that, because there was a problem, there was a mystery and it was the issue of the magnetic fields of these two planets that we can verify because for example in the case of Neptune with the previous photo they have auroras but they are strange magnetic fields that did not fit within the understanding of what we had of these planets. According to these researchers from California, these magnetic fields are due to the existence of a fluid layer and that layer could be large oceans of liquid water on both Neptune and Uranus. In fact, they claim that planetary ice separates into high-pressure phases, so there would be that layer of gas, which is what we see, a large, very dense and very large and very important atmosphere, but underneath there would be a layer of ice and at high pressure, below that layer of ice there would be another layer rich in water and a lower one, below that layer of ice. water dominated by hydrocarbons, that is, organic compounds, this changes the picture a lot. There was another piece of information, they gave two configurations, one, that the ice layer was above, that is, a gas layer, an ice layer and then the surface ocean, under that ice layer and then the hydrocarbons and organic compounds or the second option, a mass of gas that is a dense atmosphere, a mass of water and below high pressure ice and then the hydrocarbons, it would be amazing because it would also be another option for another place where life could have emerged.