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The compound itself has been analyzed in several high profile private and military laboratories, and their propierties have been described extensively.
Xatyne is bright. It produces natural very bright colors. At a quick view, it may looks like colored plastic. It also generates geometric structures naturally, making it look like it has been forged, but it is all natural. It is somewhat magnetic; it has conductivity and it seems to be a superconductor aswell (although experiments have been inconclusive). Itβs warm at touch (around 20Β°C) and it smells like citric fruits, specially like grape fruit, according to most scientists.
But the most fascinating aspects of Xatyne, indoubitably, are itβs radioactivity and itβs capacity to levitate. Xatyne can levitate by itself when at purity of more than 98%. It does not need to be in contact with a superconductor, be in a strong magnetic field (although it generates itβs own) or even recieve energy of anykind. It levitates naturally.
What causes this may have to do with itβs radioctivity, which is interesting.
The thing is, not much research in xatyne has been done. This is for two reasons: first one, it is a very rare material. Ventura managed to gather about 1.2kg of xatyne, which is far more than subsequent expeditions have managed to collect, even with high tech equipement.
And second reason is that it is very difficult to research. Being an incredibely radioactive material, at around 0.5 Bq (Uranium in soils almost never exceeds 0.07 Bq), makes it very dangerous to work with and very hard to research. Ventura himself is believed to died of cancer or radiation poisioning after going missing in 2020, apparently to study more of this compound.
However, before going m.i.a., Ventura published some diagrams explaining many of their investigations, one of which was about Xatyne. The problem is that no one has managed to descipher it.
Some people claim it can cure cancer, that it can control minds, that itβs hallucinogenic, stronger than kevlar and graphene, or even that it can be used to make cold fusion.
