This is all Coltrane. I had to speed it up a little but it still has that smooth sound of John Coltrane. The green gears represent Greensleeves in typical Steampunk fashion. But the music is all jazz. There are lots of special effects and a surprise ending. Enjoy. *Please comment if you have a certain kind of music you would like to hear. I cannot know what you want unless you tell me.* Thank you for watching and sharing. JJ:) ... https://www.youtube.com/watch?v=JRKEf9qriNw

This video has digital metallic rings that look so real they even have a bit of oxidation. The metal setting on color does that. It looks dirty but really is just rusty. They do a little dance, and animate to the music. Enjoy the industrial side of the abstract art of the digital domain. Thank you very much for watching. JJ❣️ ... https://www.youtube.com/watch?v=ZeZNmvu_Ovc

Discovered in 1892, the yellowish monoclinic mineral baddeleyite is a natural form of zirconium oxide. The high melting point of zirconia (2750 °C or 4976 °F) hinders controlled growth of single crystals. However, stabilization of cubic zirconium oxide had been realized early on, with the synthetic product stabilized zirconia introduced in 1929. Although cubic, it was in the form of a polycrystalline ceramic: it was used as a refractory material, highly resistant to chemical and thermal attack (up to 2540 °C or 4604 °F).[3] In 1937, German mineralogists M. V. Stackelberg and K. Chudoba discovered naturally occurring cubic zirconia in the form of microscopic grains included in metamict zircon. This was thought to be a byproduct of the metamictization process, but the two scientists did not think the mineral important enough to give it a formal name. The discovery was confirmed through X-ray diffraction, proving the existence of a natural counterpart to the synthetic product.[4][5] As with the majority of grown diamond substitutes, the idea of producing single-crystal cubic zirconia arose in the minds of scientists seeking a new and versatile material for use in lasers and other optical applications. Its production eventually exceeded that of earlier synthetics, such as synthetic strontium titanate, synthetic rutile, YAG (yttrium aluminum garnet) and GGG (gadolinium gallium garnet). Some of the earliest research into controlled single-crystal growth of cubic zirconia occurred in 1960s France, much work being done by Y. Roulin and R. Collongues. This technique involved molten zirconia being contained within a thin shell of still-solid zirconia, with crystal growth from the melt: The process was named cold crucible, an allusion to the system of water cooling used. Though promising, these attempts yielded only small crystals. Later, Soviet scientists under V. V. Osiko at the Lebedev Physical Institute in Moscow perfected the technique, which was then named skull crucible (an allusion either to the shape of the water-cooled container or to the form of crystals sometimes grown). They named the jewel Fianit after the institute's name FIAN (Physical Institute of the Academy of Science), but the name was not used outside of the USSR. Their breakthrough was published in 1973, and commercial production began in 1976. In 1977 cubic zirconia begun to be mass-produced in the jewelry marketplace. By 1980 annual global production had reached 50 million carat Because the natural form of cubic zirconia is so rare, all cubic zirconia used in jewelry has been synthesized, or created by humans. Crystals take a long time to form in nature, but these crystals were created using Photopad, Incendia and Kaleider. Thank you for watching and learning something you may not ... https://www.youtube.com/watch?v=9fx2zDbQvA4

If you like the Blues and you like bright color, this video is for you. Berry Go Round is a round of fractal berries which are inedible but really fun to watch. The Bluesy music and piano are the best part of the amusing fractal animation. Have a fun Friday. TGIF! Thanks for watching. JJ:)) ... https://www.youtube.com/watch?v=VIkQPRCmoys