View every planet in the solar system TONIGHT: Rare phenomenon will allow stargazers to see Mercury, Venus, Mars, Jupiter, Saturn, Neptune and Uranus lining up in the night sky
- All other planets in our solar system are currently visible in the night sky
- Venus, Mercury, Saturn, Jupiter and Mars can be seen with the naked eye
- They line up from the south west to the east from about half an hour after sunset
- Uranus and Neptune can also be seen using a telescope or binoculars
The solar system will put on a show for space fans this week, with all seven planets other than Earth visible in the night sky.
Venus, Mercury, Saturn, Jupiter and Mars can all currently be seen in that order with the naked eye, starting from the southwestern horizon and moving east.
However, Uranus, located between Mars and Jupiter, and Neptune, which is between Saturn and Jupiter, can also be seen with binoculars or telescope.
Venus outshines Mercury by 70 times, so it will be considerably fainter than Earth’s sister planet.
The solar system will put on a show for space fans this week, with all seven planets other than Earth visible in the night sky
All planets will appear in the night sky as small points of light to stargazers in the northern hemisphere. Pictured: Venus, Mars and Jupiter align over the Isle of Portland in Dorset, UK in summer 2022
At about half an hour after sunset, look for Venus in the southwestern sky, close to the horizon. Mercury will appear very close by.
The rest of the planets – Saturn, Jupiter and Mars – will line up eastwards and sequentially higher in the sky.
They will all be visible to the naked eye until about 20:00 GMT (15:00 ET).
Uranus, located between Mars and Jupiter, and Neptune, which is between Saturn and Jupiter, will also be visible with binoculars or telescope.
All planets will appear in the night sky as small points of light to stargazers in the northern hemisphere.
Mercury is the hardest planet to see without magnification, as it is sitting in a bright part of the sky, however it can be spotted close to the much brighter Venus.
Tonight they appear just 1.5 degrees apart, and reach conjunction – their closest point – on December 29 at 21:00 GMT (16:00 ET). The two won’t be this close again until 2024.
They can be spotted low in the west, and will get the best view about half an hour after sunset, with Venus disappearing about 40 minutes later.
The rest of the planets line up eastwards, with Jupiter appearing brighter than all the stars and high in the southern sky.
While the largest planet in our solar system disappears just before midnight, Mars is visible all night after it rises in the east just before sunset.
It will appear red and brighter than most stars, while its neighbour Saturn will be a golden colour when it appear in the south west after darkness falls.
The ringed planet will set at about 20:00 GMT (15:00 ET), but drawing earlier and earlier as the month goes on.
The moon will also join the planetary lineup, appearing as a waxing crescent between Jupiter and Saturn tonight.
At about half an hour after sunset, look for Venus in the southwestern sky, close to the horizon. Mercury will appear very close by. The rest of the planets – Saturn, Jupiter and Mars – will line up eastwards and sequentially higher in the sky. Pictured: View of planet parade from London at 16:40 GMT on December 28
Saturn will appear when darkness falls and set at about 20:00 GMT (15:00 ET), but this will draw earlier and earlier as the month goes on
Gianluca Masi, an astronomer with the Virtual Telescope Project, told Newsweek: ‘These nights, we can see all the planets of our solar system at a glance, soon after sunset.
‘It happens from time to time, but it is always a spectacular sight.’
The five worlds will shine in a row because they all travel on the plane of the solar system, known as the ecliptic.
However, they will not be as close as they appear, because each planet is millions of miles away from the others.
The five worlds will shine in a row because they all travel on the plane of the solar system, known as the ecliptic. However, they will not be as close as they appear, because each planet is millions of miles away from the others
A ‘planet parade’ was last visible from the UK in June, when it was also joined by a crescent moon.
The five planets visible to the naked eye all appeared in the order of their distance from the sun – a line-up that had not been seen for 18 years.
This month’s sighting will only last until the end of the year, as Mercury will fade away.
The Virtual Telescope Project will be broadcasting the planet parade live on YouTube above skyline in Rome, Italy tonight at 16:00 GMT (11:00 ET).
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DOES PLANETARY ALIGNMENT HAVE AN EFFECT ON EARTH?
The planets in our solar system never line up in one perfectly straight line like they show in the movies.
If you look at a two-dimensional plot of the planets and their orbits on a piece of paper you may be lead to believe that all the planets will circle around to the same line eventually.
In reality, the planets do not all orbit perfectly in the same plane. Instead, they swing about on different orbits in three dimensional space. For this reason, they will never be perfectly aligned.
Planetary alignment depends on your viewpoint. If three planets are in the same region of sky from Earth’s point of view, they are not necessarily in the same region of sky form the sun’s point of view.
Alignment is therefore an artifact of a viewpoint and not something fundamental about the planets themselves.
Even if the planets did all align in a perfectly straight line, it would have negligible effects on Earth.
Fictional and pseudo-science authors like to claim that a planetary alignment would mean that all of the gravitational fields of the planets add together to make something massive that interferes with life on Earth.
In truth, the gravitational pulls of the planets on the Earthare so weak that they have no significant effect on Earth life.
There are only two solar system objects with enough gravity to significantly affect Earth: the moon and the sun.
The sun’s gravity is strong because the sun is so massive. The moon’s gravitational effect on the Earth is strong because the moon is so close.
The sun’s gravity causes Earth’s yearly orbit and therefore, combined with earth’s tilt, it causes the seasons.
The moon’s gravity is primarily responsible for the daily ocean tides. The near alignment of the sun and the moon does have an effect on the Earth, because their gravitational fields are so strong.
This partial alignment occurs every full moon and new moon, and it leads to extra strong tides called ‘spring tides’.
The word ‘spring’ here refers to the fact that the water seems to leap up the shore with the extra strong tides every two weeks – not that they occur only in the spring season.
Source: Dr Christopher S. Baird/West Texas A&M University
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