The Weather Channel on MSN
Jupiter reaches opposition this weekend; here's when to see the giant planet at its brightest
The gas giant will shine at its peak brilliance on Jan. 10, offering spectacular viewing opportunities all month long.
There’s no mistaking Jupiter in the sky these Butler winter evenings, rising in the southeast as evening twilight ends. In ...
Space.com on MSN
Jupiter is at its best and brightest of 2026 tonight! Here's what to expect as the gas giant reaches opposition
Jupiter reaches opposition overnight on Jan. 10, when it appears its brightest in 2026 opposite the sun in Earth's sky.
On Jan. 10, 2026, Jupiter reaches opposition, the moment when Earth passes directly between the planet and the sun. It puts the planet at its brightest and best in 2026.
Jupiter steals the spotlight in January as it reaches its brightest and biggest appearance of the year. The month also features a Moon–Saturn meetup and the steady glow of the Beehive Cluster for ...
Earth is right in between Jupiter and the Sun right now. That makes the gas giant appear brighter. Here's how to watch.
Skygazers, mark your calendars because one of the coolest celestial events is coming around again toward the end of February.
The giant planet Jupiter is back in our evening sky this week. Fresh from its opposition with the sun on Jan. 10, it now lies as close to the Earth as it ...
Jupiter reaches opposition on Jan. 10, when it will shine all night at its brightest as Earth moves between the giant planet and the sun. When you purchase through links on our site, we may earn an ...
January has kept sky-gazers busy with a steady stream of celestial events. We're less than 10 days into the year, and we've already had a supermoon, the peak of the Quadrantids meteor shower and an ...
Astronomy enthusiasts and even the general public can enjoy watching Jupiter, the largest planet in our solar system, as it comes unusually close to Earth this week, presenting one of the brightest ...
Thick, swirling clouds cover Jupiter from pole to pole. They hold water like Earth’s clouds, but at far greater density.
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