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@@khalidkalva5 palladium definitely reacts with this, but I'm not sure if it would dissolve.

@@SodiumInteresting it would be if it were the anhydrous dioxide. The dihydrate has to be heated to moderately high temperatures under argon to remove the water molecules from the compound, something I'm certainly not able to do.

@@othanhtung4274 reduction of an osmate

Osmium is so rare that gold is plentiful by comparison. While it is found naturally, it's more elusive than a ghost. Osmiridium has been found in Australia, Russia, and some other places. But the only way to obtain osmium in macroscopic quantities is to simply buy it. Pretty much all the osmium that can be found or mined on Earth was delivered by asteroids. There's probably a higher concentration of osmium at the bottom of the ocean off the coast of the Yucatan peninsula.

@@The_OsmiumChannel Yes, you are right, theoretically and in terms of data, you have touched on the right subject, I have data and ore samples that there are trace amounts of osmium in the rhenium ore field in Turkey, the main purpose of asking you a question is whether I can detect osmium with UV rays and fluorescence, for example, gold and silver compounds as minerals show brown fluorescence colour under 395 nm UV light, have you ever learned about osmium compounds and UV rays?

@@serkanylmz8710 I don't know. I would assume an XRF would suffice for detecting it in ores. I have little to no knowledge about how osmium metal presents under UV light at certain wavelengths.

@@ugarit5404 it's so soluble that crystallization is extremely difficult. Potassium osmate produces exactly the same colors, but it can and has been isolated from solution. It forms dark red crystals.

@@ravimangalam Roughly 1:1. I wouldn't recommend messing with this mixture though. It's literally terrifying ☠️☠️☠️

@@amanitaocreata4401 It's fascinating, for sure. I should try mixing it with NaOH and isopropyl alcohol entirely absent of ethanol just to see what happens. Because osmate might be weakly complexing with alkali ethoxide, methoxide, etc. So perhaps there'd be an interaction with alkali isopropoxide? Would there be a color, or would it go clear? Can isopropyl alcohol even reduce OsO4? So many questions.

If I'm being honest, it has little to nothing to do with the color of osmium metal. Iridium and ruthenium are both silvery metals, and they produce very strongly colored compounds. The platinum group metals in general all produce some very strongly colored compounds. Also, the camera captured the color pretty well I thought.

I thought the same!! 😂 thirsty guys..lol

So you're saying this DEFINITELY belongs on r/forbiddensnacks??