It is the weekend, and you guys already know what goes down in most places for adults 18 and above when they go to their favourite hangouts. There is no need to think about the answer so much as I will give it out willingly. They take loads of alcohol which may make Mondays the longest day of the week.
https://steemitimages.com/DQmSGSU4YAxaMgKfZHXob4Tneg7SHP7MphjTEay6Navj6T7/G34.3.jpg ^{[Imgur][Source](https://imgur.com/gallery/DrahwmU):G34.3 Gas Cloud}
But those guys on the hangouts are earthlings who only get to check out the precious liquid on the weekend or after work. Even then the liquid is not readily available. If you love your alcohol so much, the next place I am about to mention may be worthy of a visit. Well, the area is in the clouds, an interstellar gas clouds. This interstellar gas cloud is also known as nebulae. These gas clouds together with the interstellar dust, molecular clouds, and intercloud medium, make up the interstellar medium which is star-forming plasma and dust. In enough quantity and the right proportion, these blends together to form a new star. The 21st-century technology instruments such as the Hubble Telescope allows astrophysicists a glimpse into how these stars are born. Today, our focus would be on the gas cloud known as G34.3. It was discovered in 1995. The G34.3 is near the constellation **Aquila.**

Wikipedia: Artist's conception of the Milky Way galaxy

A constellation, by the way, is an imaginary shape made by a group of stars in the sky at night. There are [88 officially recognised constellations](https://starchild.gsfc.nasa.gov/docs/StarChild/questions/88constellations.html) according to the NASA. The closest star to the earth is the Alpha Centauri C. It is located at a distance of 4.234 light years from the Earth. The constellation where it is located is called the **Centaurus.** The G34.3 gas cloud is 10,000 light-years away from the Earth and has a diameter that is 1,000 times that of our solar system. That is not the exciting thing about this star-forming cloud. There is the presence of ethyl alcohol on it. That was not the first time alcohol was detected in our celestial body. In 1975, [Dr Ben M. Zuckerman](http://www.pa.ucla.edu/directory/benjamin-zuckerman), an astronomer from the University of California discovered the first *booze* cloud. In 1995 a team of [British scientists](https://www.ras.org.uk/search/article-archive/973-pn-0614-nam7-upgraded-merlin-spies-cloud-of-alcohol-spanning-288-billion-miles) led by Dr Lisa Harvey-Smith collaborated this discovery. The amount of this alcohol is so massive that it could supply 400 trillion pints of beer! The methyl alcohol cloud spans an estimated 288 billion miles of floating space. That can provide 300,000 pints of beer every day for the world's population for the next couple of *billion* years. I'd drink to that. Let us and go and have a celestial beer fest. No so fast! Apart from being a *little* bit far, the lead investigator, Dr Harvey Smith has some more bad news. >“Although it is exciting to discover a cloud of alcohol almost 300 billion miles across, unfortunately, methanol, unlike its chemical cousin ethanol, is not suitable for human consumption!”^{[Labnews UK](https://www.labnews.co.uk/news/giant-cloud-of-space-alcohol-found-04-04-2006/)} The beer is unfit for drinking as it is also mixed with some chemicals such as carbon dioxide, ammonia, hydrogen cyanide, and other harmful substances.
It is not just about the discovery of alcohol as the astronomers hope to learn more about the formation of stars in our galaxy by any new information that is uncovered about it. Observing this formation using UK's [MERLIN](http://www.merlin.ac.uk/about/layman/merlin.html) radio telescopes, the massive masers, the cloud of gas emits microwave radiation, similarly, as a laser does, were thought before to be point-like objects which are circumscribed by faint emissions. But a recent upgrade on the MERLIN made it possible to get images with more sensitivity, hence the discovery of the methanol masers or the "booze" cloud. Now, better theories of how stars are born can now be put to practice. A thought echoed by Dr Harvey-Smith. >“There are still many unanswered questions about the birth of massive stars because the formation centres are shrouded by dust. The only radiation that can escape is at radio wavelengths and the upgraded MERLIN network is now giving us the first opportunity to look deep into these star forming regions and see what’s really going on.“ ^{[Source](https://www.ras.org.uk/search/article-archive/973-pn-0614-nam7-upgraded-merlin-spies-cloud-of-alcohol-spanning-288-billion-miles)}

#### When it Rains, It Rains Diamonds
Some make it rain dollars or any other type of currencies, and they are often regarded as rich people. They may need to take a step back as we have a place where when it rains, it rains diamonds. Just take a flight to Neptune, it is only 2.7 million miles from the earth. The spacecraft, Voyager 2, took only 12 years to get there (Aug 20, 1977, to Aug 24, 1989) travelling at [19km/s (42,000 miles per hour)](https://voyager.jpl.nasa.gov/mission/science/neptune/). Anyway, the voyager is still up [there](https://voyager.jpl.nasa.gov/mission/status/) in space.
#### A Blue Planet
One striking thing about Neptune and Uranus is that they are *blue.*

Wikipedia: Neptune on the right with Earth on the left

This colour is due to its high concentration of methane as well as the helium and hydrogen. The astrophysicist believes when lighting strikes the clouds of methane (CH₄), the chemical bonds holding it together breaks freeing carbon atoms.

The now freed atoms mix with soot in the cloud and sank lower in the atmosphere. At the lower atmosphere, the pressure and temperatures rise. This continuous high temperature and pressure force the carbon atoms to form a solid diamond.

https://steemitimages.com/DQmTfjSCc4yr5JjbiGAuNbE8frK7CGjhPbT69krCsrYpaGh/giphy-downsized.gif

There is the perfect recipe for a diamond rain. Neptune and Uranus do not have the exclusive right to diamonds as Saturn and Jupiter have some methane gas too, just that Uranus and Neptune have more. The quantity is so much that there is even an [ocean of diamond](https://io9.gizmodo.com/5451297/new-evidence-for-seas-of-liquid-diamond-on-neptune) on Neptune. Most of these are theories, but scientists have tried to recreate the condition in Neptune to make it rain diamonds here too. They did it using an instrument called [Matter in Extreme Conditions (MEC)](https://lcls.slac.stanford.edu/instruments/mec). They recreated Neptune and Uranus atmospheres using Xray lasers on plastics to produce the carbon and hydrogen atoms. The laser blasts forced carbon atoms out of the plastic, and it fused to form microscopic diamonds. These only lasted for a nanosecond. But hey, the scientist have their proof of a diamond rain. The nanodiamonds have use case in [medicine](https://www.medscape.com/viewarticle/817507) and [industrial applications](https://www.azonano.com/article.aspx?ArticleID=3394). Thanks a lot for reading.

^{**References**} * ^{[Hot Ethanol G34.3](http://adsbit.harvard.edu/cgi-bin/nph-iarticle_query?bibcode=1995MNRAS.273...25M&db_key=AST&page_ind=0&data_type=GIF&type=SCREEN_VIEW&classic=YES)

* ^{[British Scientist Discovery](https://www.labnews.co.uk/news/giant-cloud-of-space-alcohol-found-04-04-2006/)

* ^{[Atmopsheric Chemistry of the Gas Planets](https://www.geochemsoc.org/publications/geochemicalnews/gn142jan10/atmosphericchemistryoftheg/)

* ^{[Scientists Creates "Diamond Rain" in Lab](https://cosmosmagazine.com/space/scientists-recreate-diamond-rain-of-uranus-and-neptune-in-lab)

^{**Image References**}

^{[Diamond Gif from Giphy](https://giphy.com/gifs/diamonds-rfprKpJgaDb6U)}

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