Moon Phases Names – an easy way to remember

The 8 Moon Phases Names

Here are the “official” 8 Moon Phases in order:

  1. New – the new moon is not visible
  2. Waxing Crescent – the Moon starts growing
  3. First Quarter – the moon looks like half a circle
  4. Waxing Gibbous – still growing
  5. Full – we see the entire circle of the Moon lit up
  6. Waning Gibbous – the Moon starts shrinking
  7. Third Quarter – again only half a circle is visible
  8. Waning Crescent – the Moon is about to disappear
  9. New (again) – the new Moon is not visible 
The Moon Phases names in the correct order showing the progression from new moon, through waxing moons, to full moon, then back down through waning moons, to new moon again in a cycle
The Moon Phases in order with official names.

The moon phases names are odd

Let’s face it, the Moon phases are named with really old words – the kind of words we don’t really use anymore, but we are stuck with them because the Moon is kind of important and we can’t just ignore it.

Here is a good way to think about the words tied to the phases of the Moon. These words describe 4 things: the “age” of the Moon, the apparent “shape” of the Moon, its direction of growth, and its location in its orbit around the Earth:

These words describe the “Age” of the Moon: new moon, quarter moon,

These word describe the “Shape” of the Moon: half moon, full moon, gibbous moon and crescent moon.

These words describe the “Growth” of the Moon: waxing (growing) moon and waning (shrinking) moon,

This word describes the Orbit of the Moon: quarter moon.

The Moon Hat will help you learn the Moon phases names

If you can get your hands on a Moon Hat (a great science gift made by Star In A Star), you can learn all about the Moon phases every time you wear the hat.

The Moon Hat is one in a line of “Science Clothing – clothing that makes you smarter!” It was invented and is made and sold by Daniel Cummings – the owner of this website and the author of this blog.

A mnemonic – DOC – will help you learn the Moon phases names

Here’s a good way to remember the order of the Moon phases: DOC. 

The three letter word DOC is a good mnemonic for remembering the Moon phases names and how they grow first and then shrink. It’s a “shape-ronym” –  I have a feeling I just invented that name – it’s where the letter shapes help you remember something.

If the Moon phase is shaped like the letter D that means it is growing (waxing). If the Moon phase is shaped like the letter C that means it is shrinking (waning). If it’s shaped like the letter O – it is full: in between waxing (D) and waning (C).

Moon phases names in order make the shapes of the letters DOC in order - it's a good mnemonic to remember the phases of the Moon and whether it is waxing or waning

NOTE: if you are in the southern hemisphere the mnemonic is COD because the Moon is Upside Down.

Start – The Waxing Moon D

As soon as the growing (waxing) Moon becomes a Waxing Crescent Moon we can see that the shape of the lit up part of the crescent can make the capital letter D. As the Moon grows through to Waxing Gibbous phase it is still shaped like a capital D.

Middle – The Full Moon O

The Full Moon is shaped like a capital O.

End – The Waning Moon C

The waning phases make the shape like a capital C.

Moon Phases Names patterns

Here are a some interesting patterns in the Moon phases names.

  1. The cycles repeat – New to Full to New (again).
  2. The Moon grows (waxes) and then shrinks (wanes) again. Why doesn’t the Moon grow to a Full Moon and then just blink out and start again… or maybe it could stay the same shape all the time… so many possibilities… why does it grow and then shrink?
  3. The New Moon is the commonly accepted “beginning” and also the “end” of the cycle.
  4. Gibbous is a really weird word – it is from the Latin “hunch or hump.”
  5. There is a first and third quarter, but no 0th or 4th quarter.
  6. Wax and Wane are more weird, old words – they are words originally handed down from the ancient language Sanskrit that made their way through history to old German and finally to old English.

The Moon’s Missing Quarters, weird

What’s the deal with First Quarter and Third Quarter?

Astronomy names can be unusual sometimes. The Moon has a “First Quarter” and a “Third Quarter”… but it has no “Second Quarter” and no “Fourth Quarter” or “Zeroth Quarter.”

The Second Quarter would be the Full Moon but we don’t use that name. But, then what would the New Moon be called? Is it the Zeroth (0th) quarter or the Fourth (4th) Quarter? Is the New Moon the beginning or the end of the orbit? Based on the more common name it should be called the zeroth quarter because it is the “New” part of the orbital cycle. Zero = nothing and during the New Moon there is no Moon visible.

The Moon is at “First Quarter” but its shape is half a moon!

This is kind of strange too: the moon looks like a “half moon” two times during the moon’s cycle. It is a half moon as it grows (waxes) and becomes a half moon again when it shrinks (wanes). The moon is clearly showing half a moon.

Confusingly, astronomers actually call the “half moon” a “quarter moon.”

Regular people call it a “half moon” even though astronomers call it a quarter moon. We should all call the first quarter moon the “waxing half moon” and the third quarter moon the “waning half moon.” But, these are not common names at all!

Actually, I’d like to call the first quarter (waxing half moon) the “Earth’s tail moon” and the third quarter (waning half moon) the “Earth’s nose moon.” These names point out a neat fact about the Moon’s orbit – it crosses the Earth’s orbit twice a month – once at first quarter, then again at third quarter.

Anyway, why do astronomers call a half moon the quarter moon?

Astronomers use the quarters to talk about the orbit of the Moon and its location in the orbital path. The name “quarter” says “the Moon is a quarter of the way through its orbit now.”

The Moon moves in orbit

Each day, the Moon moves along an orbit that carries it around the Earth. It takes about 29.5 days for the Moon to make a complete trip from one New Moon to the next New Moon.

Each day the Moon moves about 1/27th of the sky: 360˚/27.5 days = 13.1˚ per day. This is about the distance between your index finger and your pinky held up at to the sky at arms length. The Moon moves eastward each day toward the dawn.

The Sun is always lighting up half of the Moon.

The light of the Sun always comes from one place – the Sun! Light from the Sun hits the Moon and lights up half of the Moon at all times.

However, it is not always the same half that we are looking at from Earth. The Moon shows us only part of its bright side for most of its 29.5 day orbit. It’s only during the Full Moon that we see the entire “half” illuminated Moon.

The Moon seems to change shape

The Moon changes phase because the Moon moves. As it moves, we see different light from the Sun reflecting off the Moon every second. The amount of light we can see changes every second as it moves through space around the Earth.

A fun and easy thing to watch with a telescope is to look at the Moon and see the Sun’s light casting changing shadows on the Moon.

Summary

This article summarized the names of the phases of the Moon and pointed out some interesting patterns. You learned a mnemonic (shape-ronym) device to help remember the order of the Moon phases.

8 Ways to Find the North Star

Find the North Star

Can you find the North Star in this image? It is the star that is closest to the middle of the concentric rings of star trails. This is a long exposure photograph of real stars as seen over the course of several hours during the night.
A long exposure photograph showing all of the other northern sky stars circling around the North Star. Image provided by ESO.

You can use these 8 ways to find the North Star (Polaris).

But, first, here is the classic way to find the North Star! Use the pointer stars of the Big Dipper. This is a reliable method for finding the North Star that has been taught to generations.

Find the Big Dipper to find the North Star

Look at the two stars in the picture below. One is Dubhe – which is labeled a for alpha, and the other Merak – which is labeled b for beta. These form the outer lip of the Big Dipper’s cup. These two stars can be used to create an imaginary line to “point” at the North Star.

The distance from the pointer stars to the North Star is about 5 times the distance between Dubhe and Merak.

The North Star is shown in this image as a red dot labeled “Polaris.”

You can find the North Star using the two pointer stars of the Big Dipper (Dubhe and Merak) The North Star is also called Polaris and is part of the constellation Ursa Minor.
Use the two pointer stars of the Big Dipper to find the North Star (Polaris). Picture credit user Bonĉ source Wikipedia

These instructions work for the 80% of people who live in the northern hemisphere – anywhere north of the equator. For the 20% of people who live in the southern hemisphere the North Star is not visible because it is blocked by the Earth. As you move south toward and past the equator, the North Star gradually sinks lower in the sky until it stays completely below the northern horizon.

The North Star and the South Star

However, there is a kind of “south star” and if you live in the southern hemisphere you can use that star to find due south! There will be another article teaching how to find the “south star.”

The North Star has been known by many names

The North Star is also known as Polaris, the Pole Star. Its official name is Alpha Ursae Minoris (named Alpha because it is the brightest star of the Little Bear), but – according to this list gathered by astronomer Chris Dolan – it has also been called these deliciously mellifluous names: Alruccabah; Cynosura; Phoenice; Lodestar; Tramontana; Angel Stern; Navigatoria; Star of Arcady; Yilduz; Mismar.

The North Star is unique because it stays almost perfectly still

Find the North Star in the night sky by finding the star that moves the least. All the other stars appear to move through the sky in great arcs during the night. The North Star barely moves during the night. This is because the Earth’s axis points directly at the North Star.

That means that if you could visit the north pole and look directly up you would find the North Star right above your head! The North Star stays in the same place no matter where you see it from on Earth.

Star trails long exposure of circumpolar stars as viewed from near the North Pole.
Star trails around the North Star as seen from near the North Pole. Credit: David Malin

The North Star is unique because it is in a dark part of the sky

Once you learn how to find the North Star you may find it easy to find again. This is because the North Star is in a dark part of the night sky and there are not very many other bright stars around it.

8 ways to find the North Star

  1. Look north and guess – you can find the North Star in a relatively dark region of the sky and there are not many other bright stars around it. If you are south of the equator, head north before you try to look for the North Star because you won’t be able to see it until you get the Earth out of the way.
  2. Use the Big Dipper cup stars as pointers. This is the classic way to find the North Star. The two stars of the Big Dipper cup are known as the “pointer stars” and they show you which star is the North Star. The North Star is about 5 lengths of the pointer stars away.
  3. Camera timelapse – ooh! I love timelapse. A great timelapse of the night sky is an unbeatable way to relax. By taking a timelapse of the starry sky you can detect the apparent motion of the stars. If your timelapse covers enough of the sky  (with a wide angle view) chances are that you will be able to identify the North Star because it is the star that moves the least.
  4. Phone app – grab a planetarium app like SkySafari. Almost every star app these days has a “Augmented Reality” view that you can use to find Polaris. Just use the AR method of holding the phoone up above your head and searching around or you can type the name of a star into the search box in the app.
  5. Observe the sky, patiently measuring the movement of every star. The one that moves the least is Polaris. This might take a long time because the stars move pretty slowly.
  6. Mark a known spot as your North Star viewing spot. This is easy to do with a product like the Star Spot. You can return to that spot any time of day or night  to sight the star – the North Star is always in the same place in the sky.
  7. The North Star is located in between the two easy-to-identify constellations The Big Dipper and Cassiopeia – the Queen.
  8. Memorize its color and the stars around it – this is easier than it sounds! Polaris is a yellow supergiant and has a faint yellow tint. Also, the North Star is located in a region of the Milky Way that has fewer stars so it is surrounded by dark areas of the night sky.

Myths about the North Star

  1. “The North Star is the brightest star in the sky.” – Nope, that distinction belongs to Sirius, the Dog Star. The North Star is the 50th brightest star. The North Star is still quite bright and it is easy to find.
  2. “The North Star will always be the North Star” – This is a myth. In fact, there have been several “North Stars” throughout recorded history. The ancient Egyptians saw Thuban as their North Star.
  3. “There is a South Star.” – While there is a star located close to the southern pole position (two stars in the Southern Cross point to the faint star Polaris Australis in the constellation Octans), it is not nearly as obvious or famous as the North Star.

The North Star is a very special star! We learned how to find it.

Where is the Sun?

Where is the Sun right now?

Can’t see the Sun? Maybe there is something blocking it. Here is a list of 10 surprising things that can block the Sun.

IMAGE of floating/flying things overhead (in roughly size order) that can block all or part of the SUN: Flying animals (Bugs, Birds/Flying Mammals), Flying objects (Drones/Balloons/Airplanes/Helicopters/Rockets/Bombs/Blimps), Smoke/Clouds, Spacecraft (Satellites/Space Stations/UFOs), Asteroids, Moon, Mercury, Venus, Earth.
Wondering “Where is the Sun?” These are 10 things that block the Sun.

Where is the Sun during the day? On a clear day, this is a very simple question. The Sun is “up there” in the sky – it’s a big, bright, fiery ball and it’s generally a yellowish orange color. You just point to it – there it is, up in the sky, the Sun.

However, many things can block the Sun. Usually, it is clouds that block the Sun, but not always. Let’s take a tour of the astonishing number of things that can block the Sun.Click here to continue reading…

Lights All Askew in the Heavens … But Nobody Need Worry

Lights all askew in the heavens…

Lights all askew... The hilarious headline provided by the New York Times after Einstein's relativity theory proved based on Arthur Eddington's eclipse observations in 1919. Lights all askew in the heavens. Men of science more or less agog over results of eclipse observations. Einstein theory triumphs. Stars not where they seemed of were calculated to be, but nobody need worry. A book for 12 wise men. No more in all the world could comprehend it, said Einstein when his daring publishers accepted it.
New York Times headline about Einstein’s theory of the curvature of space time.

This hilariously-headlined New York Times article describes the results of the observational experiment performed during the 1919 eclipse. It highlights that the expedition proved Einstein’s prediction. But the writer claims that only 12 men on Earth can really understand the result: that light’s path is curved by space time.

The delightful headline reads:Click here to continue reading…

Animal constellations in the night sky. How many are there?

There are 42 animal constellations in the night sky.

That is almost half of the official 88 constellations!

Here are the other types of constellations you will find in the celestial sphere. This is a fun activity for kids astronomy!

There are 42 animal constellations, 28 objects, 14 humans, 2 chimeras (a mix of human and animal), and 2 natural features (a river and a mesa).

Constellations are of many types. There are 42 animal constellations, 28 objects, 14 human constellations, 2 chimeras, and 2 natural features
88 official constellations broken down into 5 groups: 42 animals, 28 objects, 14 humans, 2 chimeras, and 2 natural features.

The 88 constellations listed by type:Click here to continue reading…

Japanese robot will land on the asteroid Ryugu

The Hayabusa2 spacecraft visits the Ryugu asteroid

Update! June 24, 2018 – Haybusa2 has reached Ryuga. See this EarthSky.org article for more information.

I just received this wonderful message from a group of students in Japan (thanks to Patricia McGahan for providing the connection!) who are learning and teaching about the Japanese Hayabusa2 mission to the Ryugu asteroid.

(Welcome to Japanese language visitors and link to Japanese Wikipedia page.)

ようこそ!ここでは小惑星竜口へのはやぶさ2宇宙ミッションについて教えてくれる東京の高校生からの素敵なプロジェクトについてのあなたの情報です。

はやぶさ2ミッションのためのウィキペディアのページ。

Sugo-Haya2 Hayabusa2 JAXA mission English language version of the board game

These Japanese high school students created a board game (in Japanese and English) to teach people about an amazing Japanese spacecraft called Hayabusa2.Click here to continue reading…

GPS uses Quasars

GPS uses Quasars to work

GPS uses quasars to get its own position
GPS satellite in low Earth orbit. Credit: NASA artist’s impression
The Global Positioning System (GPS) is precise.

That precision originates in a mind-blowing place!

GPS signals tell billions of people where they are each day.

GPS helps pilots land planes and captains steer ships.

GPS signals stamp locations onto millions of photos.

GPS gives you driving directions.

But, where does GPS get its own GPS?

The GPS for GPS

How does GPS know where a GPS satellite is?Click here to continue reading…

Blue Moon, Dark Moon, Nose Moon, Tail Moon

What is a Blue Moon?

The year 2018 is a Blue Moon bonanza! There was one in January and one on March 31st. The next one won’t arrive until October 2020. But, don’t worry… we’ve got 3 other types of moons lined up for you.

A blue moon tinted blue to make it look like the moon is actually blue. A blue moon means 2 full moons in a calendar month.
A Blue Moon. (This image was tinted to make it blue. No, a Blue Moon is not blue.)

The Basics

A Blue Moon happens when there is a Full Moon on the 1st* day of the month and a Full Moon on the last* day of the month. Two full moons in one month!

In other words, a Blue Moon is when there is a full moon twice in the same month. These two full moons always happen on the 1st or 2nd and the 30th and 31st of a month. “Blue Moon” is just a name for the second moon in that month – the moon does not turn the color blue.

Read on to learn about how the Blue Moon came to be and some suggestions for giving the other moon phases “Blue Moon” style names when they appear twice in a month. Suggestions are: Dark Moon, Nose Moon, and Tail Moon.Click here to continue reading…

Astronomy Koan

Astronomy Koan – Definition

A family views the visible orbit path of the earth.
A family views the visible orbit path of the earth.

An astronomy koan is a short, easy-to-memorize phrase that distills a key teaching about astronomy (especially physical astronomy).

The words are simple enough for a child to learn, but they carry complex insights about scientific observations.

The astronomy koan is a mnemonic that has layers of meaning or presents an ambiguous or challenging observation in a pithy phrase.

Try memorizing one of these – you can bring these with you everywhere.

Four Physical Astronomy Koans


That star rose earlier today.

The moon moves toward the dawn.

Night is where you are.

Same Sun all night. Dusk to the left, dawn to the right.


What do you think about these?

Do you know any astronomy koans?

Share your ideas in the comments section.

Merry-Go-Round Earth shows Seasonal Constellations

Welcome Starry Night event visitors! We built this fun, interactive model of the merry-go-round Earth on the evening of March 3rd, 2018 around a real campfire. Read on for the background and teaching method.

The Earth is like a Merry-Go-Round

Merry-Go-Round Earth model demonstrating how the seasonal constellations work
A Merry-Go-Round is a good model of daily Earth rotation.

The Earth is like a merry-go-round showing us seasonal constellations

That iconic childhood ride. Round and round each day we go, round and round each year we go, where we stop nobody knows! When we look out from the edge of the ride we can see the space beyond. Sometimes the Sun occupies that space, and sometimes that space is the night sky filled with stars.Click here to continue reading…

Stellarium – Find the Humanity Star

A new satellite called the Humanity Star looks like a disco ball

Update Apr. 1, 2018.

The Humanity Star is no longer an active satellite – it has fallen out of the sky: https://www.theverge.com/2018/3/22/17144208/rocket-lab-humanity-star-satellite-new-zealand-astronomy

However, even though the Humanity Star is now gone, this article still teaches you how to load satellites into Stellarium. So, read on for a quick tutorial on how to track any satellite in Stellarium.

Looking for information on how to track the Humanity Star any satellite location using Stellarium astronomy software?

Here is a quick tutorial on how to find the Humanity Star any satellite using Stellarium.

You can track the position of the Humanity Star with Stellarium
The Humanity Star satellite before launch – still on the Earth.

Rocket Lab founder and CEO Peter Beck announced that the company’s rocket had placed a special satellite in a 90 minute orbit around the Earth.

A lot of people want to see this new “star” in the sky. Stellarium can help you do that.

If you don’t have Stellarium, you can download a copy here. And I have a few tutorials that can help you get started with this amazing piece of software.Click here to continue reading…

Quiz – Can we see the Sun at midnight? Where is the Sun?

Can we see the Sun at midnight?

Yes. We can see the Sun at midnight. But, only if we are at one of the polar regions during the Summer season.

A quiz – seeing the Sun at midnight – don’t scroll til you try to answer!

When you see the Sun “rising” in the morning at dawn you are facing the east.

When you see the Sun “setting” at the end of the day you are facing the west.

Assuming you are not above the Arctic circle and not too close to the equator… if you could look right at the Sun (when the night is exactly half over) – by looking through the Earth – which cardinal direction would you be facing? East, West, North, or South?

Looking north or south to see the Sun at midnight?
A compass rose showing the cardinal directions.

Click here to continue reading…

“Star In a Star” Translated into 90 languages

Translation of Star In A Star Physical Astronomy articles

Would you like to learn how to say the word “star” in languages that are not your own? All of the articles about Physical Astronomy here at Star In A Star can be automatically translated. This amazing Google Translate widget lets you choose any language.
Google translate widget providing translation of Physical Astronomy teaching material to a global language audience
Google Translate widget can be used to translate these articles into any language.
Try it out! If you are on desktop … click the link at the top right to translate. If you are on mobile, click the translate widget at the bottom of the page.
For a bit of fun today… Here is a list of languages and the phrase “Star In A Star” in that language. I particularly like the languages where the word “star” changes slightly if it is inside another star (in Bosnian: zvezda u zvezdu). Also, I am fond of non-roman script languages – just for how beautiful they look ( this is Lao: ດາວໃນດາວ ).
Afrikaans: ster in ‘n ster
Arabic: نجمة في نجم
Azerbaijani: bir ulduzda ulduz
Belarusian: зорка ў зорцы
Bulgarian: звезда в звезда
Bengali: একটি তারকা তারকা
Bosnian: zvezda u zvezdu
Catalan: estrella en una estrella
Cebuano: bituon sa usa ka bituon
Czech: hvězdička ve hvězdě
Welsh: seren mewn seren
Danish: stjerne i en stjerne
German: star in a star
Greek: αστέρι σε ένα αστέρι
English: star in a star
Esperanto: star in a star
Spanish: estrella en una estrella
Estonian: star täht
Basque: izar bat izar batean
Persian: ستاره در یک ستاره
Finnish: tähti tähteä
French: étoile dans une étoile
Irish: réalta i réalta
Galician: estrela nunha estrela
Gujarati: સ્ટારમાં તારો
Hausa: star a star
Hindi: स्टार में स्टार
Hmong: star in a star
Croatian: zvijezda u zvijezdi
Haitian Creole: zetwal nan yon etwal
Hungarian: csillag egy csillagban
Armenian: աստղ աստղում
Indonesian: bintang di sebuah bintang
Igbo: kpakpando na kpakpando
Icelandic: stjörnu í stjörnu
Italian: stella in una stella
Hebrew: כוכב בכוכב
Japanese: 星の星
Javanese: bintang ing sawijining bintang
Georgian: ვარსკვლავი ვარსკვლავი
Kazakh: жұлдызға жұлдыз
Khmer: តារាក្នុងផ្កាយ
Kannada: ನಕ್ಷತ್ರದಲ್ಲಿನ ನಕ್ಷತ್ರ
Korean: 스타의 스타
Latin: star in a star
Lao: ດາວໃນດາວ
Lithuanian: žvaigždė žvaigždė
Latvian: zvaigzne zvaigznīte
Malagasy: kintana amina kintana
Maori: whetu i roto i te whetu
Macedonian: ѕвезда во ѕвезда
Malayalam: ഒരു നക്ഷത്രത്തിൽ നക്ഷത്രം
Mongolian: одтой од
Marathi: तारा तारा
Malay: bintang dalam bintang
Maltese: star fi stilla
Myanmar (Burmese): ကြယ်အတွက်ကြယ်ပွင့်
Nepali: स्टारमा तारा
Dutch: ster in een ster
Norwegian: stjerne i en stjerne
Chichewa: nyenyezi mu nyenyezi
Punjabi: ਸਟਾਰ ਵਿਚ ਸਟਾਰ
Polish: gwiazda w gwiazdce
Portuguese: estrela em uma estrela
Romanian: stea într-o stea
Russian: звезда в звезде
Sinhala: තරුවක තරුවක
Slovak: hviezdička v hviezde
Slovenian: zvezda v zvezdi
Somali: xiddigta xiddig
Albanian: yll në një yll
Serbian: звезда у звезду
Sesotho: naleli linaleli
Sundanese: béntang di béntang anu
Swedish: stjärnan i en stjärna
Swahili: nyota katika nyota
Tamil: நட்சத்திரத்தில் நட்சத்திரம்
Telugu: స్టార్ లో స్టార్
Tajik: ситораи дар ситора
Thai: ดาวในดาว
Filipino: bituin sa isang bituin
Turkish: bir yıldızla yıldız
Ukrainian: зірка у зірки
Urdu: ایک ستارہ میں ستارہ
Uzbek: yulduzli yulduz
Vietnamese: sao trong một ngôi sao
Yiddish: שטערן אין אַ שטערן
Yoruba: Star ni irawọ kan
Chinese: 明星在一个明星
Chinese (Simplified): 明星在一个明星
Chinese (Traditional): 明星在一個明星
Zulu: inkanyezi kwenkanyezi

Physical Astronomy – Definition of a New Way of Teaching

Definition of Physical Astronomy

Physical astronomy definition using Leonardo DaVinci's Vitruvian Man drawing surrounded by moon phase images
Vitruvian Man with Moon Phases

Physical Astronomy is a new way of teaching astronomy that emphasizes the human body and its relationship to other moving objects in space. The goal is to bring geometric and scientific awareness to a child’s everyday sky observations. Kids learn easily visible sky motions at a “kid’s eye level.”

The Sun does not move… we move

One of the first steps in Physical Astronomy is to forget you ever heard the words “Sunset” or “Sunrise.”  These words (while rife with history, beautiful in their own right, and descriptive) are scientifically wrong. These words obscure the truth of our trip around the Sun. We are on the Earth, the Earth is spinning; the Sun appears to be moving, but it is us moving. Click here to continue reading…

Moon Phase Emojis – A Review

Moon Emojis – and other space emojis

Emoji designers created a nice range of moon emoji, astronomy emojis and space emojis.  My favorite emojis are the Moon Phase Emojis. Space emojis to copy (these look different on each browser)

Here are the moon emojis, astronomy emojis and space emojis as real emojis that can be selected individually (or in groups) and copied. The moon emoji is my personal favorite.

Astronaut emojis

👩‍🚀 👨‍🚀

Earth globe emojis

🌎 🌍 🌏

Moon phases emojis in order from full moon to new moon to full moon

🌕 🌖 🌗 🌘 🌑 🌒 🌓 🌔 🌕

Moon emoji, Sun emoji, and Star emoji

🌚 🌝 🌞 🌛 🌜 🌙 💫 ⭐ 🌟 ✨

Explosion emoji, Comet emoji, Sun emoji, Rainbow emoji

💥 ☄ ☀ 🌈

Spaceship emoji, Satellite emoji

🚀 🛰

Map of earth emoji, moon viewing ceremony emoji (Otsukimi – in Japanese: お月見), sunrise emoji, sunset emoji, shooting star emoji, city skyline with sun emoji, city skyline with moon emoji, and milky way emoji

🗺 🎑 🌅 🌄 🌠 🌇 🌃 🌌

Astronomy tools emoji, Telescope emoji

📡 🔭

Religions with moon and stars emoji

☪ ✡ 🔯

Abstract sun, earth, galaxy, star, and full moon emojis

🔅 🔆 🌐 🌀 *️⃣ 🎴

Horoscope emojis, Zodiac emojis, Astrology emoji, Aries, Taurus, Gemini, Cancer, Leo, Virgo, Libra, Scorpio, Sagittarius, Capricorn, Aquarius, Pisces, Ophiuchus.

♈ ♉ ♊ ♋ ♌ ♍ ♎ ♏ ♐ ♑ ♒ ♓ ⛎

Miscellaneous space symbol emojis

✳ ✴ ☾ 〰 ➰ ➿

Here is a screenshot of all of the moon emoji and space emojis as seen on Apple’s Mac “High Sierra” OS.

Bonus: this list shows the moon phase emojis in order – the correct order of the phases of the moon.

All of the astronomy and space themed emojis in one image
All of the astronomy and space themed emojis in one image

Emoji Variations

Did you know that Emojis look different depending on which type of device you are seeing them on?

Here is what the Full Moon Emoji looks like on Apple Macs

The Full Moon emoji as seen on Mac Computers - 3d, yellow, cratered, and glowing
The Full Moon emoji as seen on Mac Computers.

And here is what it looks like on Microsoft PCs

The Full Moon emoji as seen on Mac Computers - flat, orange, spotted, cartoon.
The Full Moon emoji as seen on Windows PCs.

References

Emojipedia has a catalog of all the variations of emojis including the Full Moon Emoji