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Chemistry/Chemicals
I love using my bread machine. It makes bread baking so much easier. www.compoundchem.com/2016/01/13/bread/
Réactions de sels de métaux en lente mais constante évolution
Agnieszka Kurant - Exposition "Risk Landscape" MUDAM - Luxembourg
Alien Art
Please zoom in to see details!
Some thoughts...
We have billions of planets in the Milky Way galaxy (our galaxy), likely over 100 billions. In our solar system, there are eight planets and five dwarf planets. Each of them is very different. Saturn looks very beautiful with its rings so that we can expect some planets are very beautiful in our universe.
Some of them might harbour aliens. When we look at the elements of the periodic table, there are a limited number of elements. When we look at the number of planets in our universe, it will show almost an unlimited number. It is logical to conclude that the limited number of the elements can easily come together on some of the planets to create chemical reactions. Not all the elements of the periodic table take part to create a life form, participating just a few elements.
There is a very high probability that the needed elements (just a limited number) could come together to build a life form on some of the planets (almost an unlimited number). If the number of the needed elements were very high and the number of planets very low, we would say that it would be not possible these elements come together again to form a life form as they did before to create us.
The first 94 elements of the periodic table are found in the nature. There are 119 elements on the table. The building blocks of life are carbon, hydrogen, nitrogen, oxygen, phosphorus, and sulphur. These elements are common in the universe.
Well, there is a very high probability that the aliens exist. Why don’t we see them? One answer would be that we are not enough developed, we can't control our feelings and emotions and kill each other. If they can come to us, it might mean that they are very advanced in compare to us, and they should be smart enough not to land on earth.
If you want, you can look at the beautiful pictures in the group Very Arty. www.flickr.com/groups/14847479@N25/
Fading Out
Nikon z9, 14mm, 15 sec, f/2.8, ISO 500
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As it neared 1am on Aug 12th, I could tell the Aurora was fading out. The bright vivid colours were muted and greens came back in with some yellow and orange hues likely due to the fade from burst. It was wonderful to see and has been fun to see so many people able to see and photograph Auroras this summer. Thanks for following this short series. What’s next? We’ll have to see!
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#nikonphotographer #photographerlife #capturingtheshot #livingphotography #photography #Verotography
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#mybc #mypqb #ilovewhereilive #aurora #northernlights #astrophotography #nightskies #colourful #photons #chemicalreactions
From Green to Pink
Nikon z9, 14mm, 15 sec, f/2.8, ISO 500
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I think what I love the most about auroras near my place are the changing colours depending on what gases are present in our atmosphere when the charged light particles (photons) react with them. Green is emitted when reacting with nitrogen and reds when reacting with monatomic oxygen. The colours also depend on what latitudes the lights are seen. Interesting, eh? Oh and there is One Perseid meteor in the shot…
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#nikonphotographer #photographerlife #capturingtheshot #livingphotography #photography #Verotography
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#mybc #mypqb #ilovewhereilive #aurora #northernlights #astrophotography #nightskies #colourful #photons #chemicalreactions
