Planet Jupiter will pass in the next period as a rare phenomenon, but also special at the same time, and this is because we are talking about something that is seen extremely few times in a year. The planet Jupiter will not go through the phenomenon alone, but together with Saturn and Mars, all as part of the journey that the Earth makes every year in the orbit around the sun, and on this occasion we can observe the three planets in ways that we can until now I haven't seen them again.
Planet Jupiter it is going to be visible as a "rise" after sunset, the same being valid including for Saturn and Mars, all three cosmic bodies passing through this phenomenon during the following weeks. They will "rise" from the horizon starting this week, with the planet Jupiter being the first to appear, followed by Saturn and Mars, at fairly long intervals, and they will not change during the entire period.
Planet Jupiter: The RARE Phenomenon You Must Observe
Planet Jupiter, together with the other two, will "rise" earlier and earlier until mid-July, after which we will no longer be able to see them in a special phenomenon, most likely until 2021. The interesting part is that in mid-July the planet Jupiter, including Saturn or Mars, will be visible much brighter than normal, in the case of the last one being the brightest phase since 2003, and all because the Earth comes between them and the sun.
Planet Jupiter it will "rise" in the sky at different times depending on the area on the globe, and in Romania it will be visible somewhere from 01:47 at night, Saturn appearing about 30 minutes later, and Mars over 2 hours later . Considering the late hours at which the planet Jupiter will "rise", and the others after it, you will have to be active overnight to watch this phenomenon, but it will definitely be worth losing a few hours of sleep.
Planet Jupiter in recent months it has been present in the sky in various combinations with other nearby planets, and we will see it again until the end of 2020, but not so often in such important phenomena.
