Postmedia may earn an affiliate commission from purchases made through links on this page. Planet parade: While we are still some 5,700 days away from the Golden Conjunction of Sept. 8 ...

During the first nights of February, the crescent moon should line up with the planets as well. The planets are spread far apart in the solar system, AccuWeather wrote. Although it can be hard to see ...

For much of January and February, you have the chance to see six planets in our solar system after dark, although two — Uranus and Neptune — will be tough to see without a telescope or high ...

Here’s what to look forward to and how to watch. Planetary alignment is when several planets gather closely on one side of the sun simultaneously, according to Starwalk.space. This is ...

The seven planets will not be perfectly aligned, but will appear in an arc across the sky due to their orbital plane in the Solar System. The world will witness a rare sighting in the sky in late ...

Planetary alignments aren't rare, but they can be when they involve six of the eight planets in our solar system. Look for a planetary parade that includes Mars, Jupiter, Uranus, Neptune ...

The enormous visitor to our solar system may have been about 8 times the mass of Jupiter, and come nearly as close to the sun as the orbit of Mars.

According to a pre-print research ... through our solar system about 4 billion years in the past. This may explain the strange properties of the orbits of our solar system's planets, which are ...

This alignment will give people an opportunity to see multiple planets at once, but the difference will not necessarily be visible to the naked eye. Cunnama says this is an interesting event ...

Couldn’t we all do with a little stress reduction? Especially since all seven of the other planets in our solar system are about to become visible at once in a great planetary alignment.

It is the fastest wind ever measured in a jetstream that goes around a planet. In comparison, the fastest wind ever measured in the Solar System was found on Neptune, moving at 'only' 0.5 km per ...