The night sky is mystical to many cultures. Untouchable, seen only part of the day, changing from month to month, yet it clearly has an impact on life on the earth in terms of agriculture, weather changes, and navigation.

If you venture out under clear and dark Western Slope winter skies, you’ll notice a diffuse glow, extending from the northwestern horizon across the zenith to the southeast. This is the winter view of our home galaxy, the Milky Way. While not as bright as the Milky Way we see during summer evenings, the winter Milky Way has a subtle beauty all its own.

Ready or not, year 2020 is here with a host of new astronomy highlights .

Over the past year, how many questions did you ask that went unanswered?

Have you ever have taken a long, time-exposure photo? Say, 30 seconds long? You can image stars, and even the Milky Way. What if you took a very long time-exposure photo of a seemingly empty part of the sky with a large telescope? Say, 22 hours long!

A black hole is an object with such strong gravitational attraction that even light can not escape.

Meteors occur when rocky or icy particles impact Earth’s atmosphere and disintegrate, producing streaks of light, often bright and sometimes colorful. The particles can range from sand grains to rocks of substantial size.

Mercury will transit the Sun on November 11. A planetary transit happens when either Mercury or Venus appears to pass in front of the Sun as seen from Earth.

With the onset of autumn, the natural scenery changes. From the vibrant fall leaf change at Black Canyon National Park to the changing constellations up above, autumn brings new perspectives. And, as night falls earlier and earlier, we are given an extended opportunity to appreciate these newly-risen constellations.

Most of us can probably recall the childhood tale of “Goldilocks and the Three Bears,” in which that finicky young girl insisted that her porridge be “not too hot, and not too cold, but just right.” As it turns out, Earth may be equally persnickety. At a distance of about 93 million miles from the sun, our planet falls within the bounds of what astronomers have nicknamed “The Goldilocks Zone.” This term identifies the orbit around a star that is “not too hot, and not too cold, but just right .”