The story of Apollo taking out his wrath on a servant bird, a bowl, and an innocent water snake is remembered in our modern constellations. But modern astronomers call the snake by the wrong name.

It's Venus's turn to pass through the Beehive Cluster this week. The planet is following Mars in the evening sky.

The moon passes Jupiter in the morning. And if you can see Mercury in the morning, get some binoculars and see a fainter planet and an asteroid nearby.

A meteor shower you might catch part of at dawn peaks this week. For the most part, it's a daytime event. Even though you don't get to see most of the meteors--up to 60 per hour--you might be able to detect them by listening to the radio!

A far south full moon, Mars marching out of the Beehive and Venus heading toward it, and Mercury in the morning are among the other things to know about this week.

Mercury and Venus are approaching their greatest elongations--Mercury in the morning and Venus in the evening. That's when they're farthest from the sun in the sky and can be seen most easily. The two planets are also predicted to be at dichotomy around June 4. But an unexplained phenomenon is likely to make one appear to be in its semi-circle phase around the middle of this week and the other around the middle of next week. Why do the appearances of Mercury and Venus defy geometry?

Mars marches into the Beehive Cluster. Get a telescope or binoculars for a splendid view.

The moon passes by Venus and Mars. The moon goes through northern lunistice. Saturn rules the morning while Jupiter creeps in and Mercury tries.

A Cambridge University student worked for two years helping build a radio signal detecting apparatus. She spent hours poring over the data it produced. And after she discovered the first known pulsar, two other people got a Nobel prize for it. Find out how well Jocelyn Bell took it in the conclusion to the series on unexpected discoveries in radio astronomy.

Mercury, Jupiter, and Saturn are our morning planets. Venus and Mars are in the evening with Venus passing very close to Mebsuta.

And hey, the sun emits radio waves. James Stanley Hey figured that out in World War II. But he couldn't talk about it for a few years. This is part two in the series on unexpected discoveries that advanced radio astronomy.

Mars and Venus straddle Gemini. The moon goes as far south as it can this month. Saturn and Jupiter greet us in the morning. Uranus goes through conjunction while Mercury emerges from it.

Scientists tried for a few decades to detect radio waves from outer space. Their crude equipment didn't find any. After the discovery of the ionosphere, some concluded that radio astronomy would never be possible. It's been nine decades since a telephone company engineer's happenstance discovery proved otherwise. This is part one in a series on radio astronomy developments that happened unexpectedly.

This week's full moon comes with a penumbral eclipse. Mercury goes through inferior conjunction. The Eta Aquariid meteor shower peaks. Watch Venus and Mars continue a dual reign in the evening sky. Jupiter and Saturn share the morning.

Vanishing Mercury. The moon and Venus. Mars by Pollux. Saturn in the morning. And still no Jupiter.

Virgo is a constellation of many identities. Just who she is depends on who's telling you.

Astronomy Day is this week.

Mercury sinks sunward. Uranus goes with it. Venus plows past the Pleiades. Mars in Gemini. A Saturn-moon pairing. Jupiter still too close to the sun to see.

A reminder about the hybrid solar eclipse.

And a comet that last came close to the sun in 1861 provides the annual meteor shower called the April Lyrids. The shower peaks at the end of this week.

Mercury at greatest elongation with Uranus nearby. Venus slides by the Pleiades. Mars makes way through Gemini. Saturn stays in Aquarius. Jupiter greets the sun. Last quarter moon.

A hybrid solar eclipse--annular in some places, total in others--happens next week. Learn why it's that way and where you can see it.