iguanamouth did a series of onix pokemon in other minerals, and recently I’ve been fascinated with bismuth, so I decided to take up the challenge. Natural bismuth is boring; manmade bismuth makes incredible step-shaped crystalline structures like upside-down step pyramids.
Don’t think I did the concept the justice that iguanamouth did, but I took it as far as I wanted.
So i was watching su over with my little brother, and on lion 3 i noticed this in lion
that’s a bubbled gem- and it’s quite obviously the metal (but also counts as a crystal) Bismuth
What is it doing in lion- the place where several items important to Rose (things she wanted to be safely passed to Steven) are left?
My theory is that it’s a gem that was important to Rose: Greg says that Rose was only able to save a few of her friends using her shield, so this bubbled gem may very well be one of Rose’s close friends
Here we have some Native bismuth ‘crystals’. They form as a ‘hopper’ type of crystal network. They have a bright metallic luster and show a beautiful iridescent rainbow play of colors. Bismuth is the last element to decay in the universe. The average life of an estimated 20 trillion years. It is equally rare in the crust than gold.
Bismuth is the heaviest nonradioactive element and is essentially a nontoxic neighbor of lead and thallium in the periodic table. It is mined as bismuth oxide (Bi2O3, also known as bismite) or bismuth sulfide (Bi2S3, bismuthinite), and the brittle, silvery elemental form is one of a few substances (water is another) for which the solid is less dense than the liquid. Although bismuth has been extensively used in alloys, pharmaceuticals, electronics, cosmetics, pigments, and organic, the chemistry of bismuth is perhaps the least well established of the group-15 elements (known as the pnictogens). Compounds of bismuth typically have low solubility in most solvents, so that definitive formula assignments are usually based on X-ray diffraction studies of crystalline samples that have been isolated in small or indefinite quantities. Most isolated compounds are unique rather than members of a series of related compounds illustrating fundamental chemical trends.
The bioutility of bismuth compounds has a 250-year history that includes numerous medicinal applications; however, the mechanisms of bioactivity are not understood. Moreover, as for most compounds of bismuth, the chemical characterization of biorelevant complexes remains incomplete. Although the “heavy metal” designation has impeded application of bismuth chemistry in medicine, two compounds have been extensively used for gastrointestinal medication for decades. Pepto-Bismol contains bismuth subsalicylate, and De-Nol contains colloidal bismuth subcitrate. The use of these compounds for the treatment of travelers’ diarrhea, non-ulcer dyspepsia, nonsteroidal anti-inflammatory drug damage, and various other digestive disorders extends from the previous use of bismuth compounds in the treatment of syphilis and tumors, in radioisotope therapies, and in the reduction of the renal toxicity of cisplatin.
In the formation of hopper crystals, the outer edges of the crystal grows faster than the interior edge, leading to these angular crystals with a stepped structure. Gaps also form in the middle because the inner crystals grow slower and don’t have time to fill up that region, forming the "hopper cart” shape. This characteristic is known to occur in a number of other minerals and elements such as calcite, halite, gold, and even in water (snowflakes). There are even instructions online on how to grow your own crystals.