The constellation Microscopium

Caratteristiche

Nome latino
Microscopium
Emisfero
Emisfero meridionale
Visibilità
July - September
Area
210 deg²
Stella più luminosa
γ Microscopii (HIP number 103738)
Specialità
Galaxies
The constellation Microscopium

The Microscopium, Latin for Microscope, is an inconspicuous and small constellation in the southern celestial hemisphere. It was defined by Nicolas Louis de Lacaille in the 18th century and contains only a few interesting deep-sky objects for observation.

Hemisphere, visibility, and area

The constellation Microscopium is located in the southern sky and can be seen from the entire southern hemisphere. However, north of the equator, it is only fully visible up to the 45th parallel. This corresponds to regions such as Milan in Italy or Montreal in Canada.

The best time to observe the constellation is from July to September. In northern regions, it is low on the horizon during this time.

It covers an area of about 210 square degrees, making it the 66th largest constellation out of all 88.

The visual representation of Microscopium varies in star charts. Often, only three stars are connected to form a line. In other depictions, additional stars are included, resulting in a closed, angular shape.

In both representations, the star γ Microscopii (Gamma Microscopii) is included because it is the brightest star in the constellation. It has an apparent magnitude of just about 4.7 and can only be observed in dark areas outside of illuminated cities.

The faint stars and unremarkable shape make it difficult to find Microscopium in the night sky. Therefore, it can be helpful to orient oneself to the adjacent constellations.

To the north and east, the two astrological constellations, Capricornus and Sagittarius, border Microscopium. To the south, there is the Indus, while to the west, there are the Grus and the Piscis Austrinus. Additionally, the Telescopium lies southeast.

Specialties in the constellation

In the area of the constellation are some galaxies as well as galaxy clusters, which, however, only become visible in large telescopes.

One of the galaxies is the spiral galaxy NGC 6925. It has an apparent magnitude of roughly 11.3 and appears as an upright galaxy in astronomical photographs. The distance to the Milky Way is estimated to be around 127 million light-years. The German-British astronomer William Herschel discovered NGC 6925 in July 1834, and in July 2011 a supernova lit up in the galaxy.

History

In the mid-18th century, the French astronomer Nicolas Louis de Lacaille measured the positions of over 10,000 stars with the invention of the telescope. At that time, he was located near Cape Town in South Africa.

During his work, he found that some areas of the sky were not adequately defined. He took this as an opportunity to introduce new constellations. The inspiration for the names was always innovative devices from science and art.

He first introduced the microscope with the French name "le Microscope" and later changed it to the Latin spelling that is commonly used today.

Constellation Visibility Tool

Los Angeles, USA

34.05°, -118.24°

Constellation Observing Guide

This guide shows when the constellation is visible above the horizon and provides the optimal viewing window when the sky is darkest. Times are displayed in the location's timezone (PDT).

🎯 Best Observing Window

Optimal time when the constellation is fully visible AND the sky is at its darkest. Perfect for telescopic observations, astrophotography, and viewing faint details.

Optimal start

00:49

Jun 6, 00:49

Optimal end

04:38

Jun 6, 04:38

Duration

3.83h

Prime observing time

✨ Perfect Observing Conditions

This is the overlap when the constellation is above horizon AND the sky is at its darkest. Ideal for telescopic observations and photography.

Constellation Visibility from Your Location

2

Visible Stars

0

Never Rise

0

Always Up

100%

Visible

Constellation Completeness2 of 2 stars

All stars of this constellation can be observed from your location

Constellation Visibility

When the constellation is above the horizon (includes daylight hours)

Rises

When the first star of the constellation rises

00:28

Jun 6

Fully Up

All stars of the constellation are visible

00:49 – 08:59

Jun 6

Starts Setting

When the first star of the constellation settles below the horizon

08:59

Jun 6

Fully Set

When all stars are below the horizon

09:34

Jun 6

Above Horizon Times

Includes daylight hours when stars aren't visible to naked eye.

Astronomical Night

When the sky is darkest (sun >18° below horizon)

Dark sky begins

21:18

Jun 5

Dark sky ends

04:38

Jun 6

Darkest Sky Period

Sun more than 18° below horizon. Best for faint objects.

Observing Tips

Use the optimal window for best results
Check weather conditions before observing
Allow 20+ minutes for dark adaptation
Find a location away from city lights
Times shown in America/Los_Angeles (PDT)
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