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1. Xenon

   Linked via "xenon hexafluoroplatinate"

   Chemical Reactivity and Compounds
   Although historically categorized as chemically inert, xenon is capable of forming stable compounds under specific, high-energy synthesis routes. The development of the first stable compound, xenon hexafluoroplatinate ($\text{XePtF}_6$), in 1962 marked a significant shift in understanding noble gas chemistry [8].
   Contemporary research focuses heavily on the creation of Xenon Tetrahydroxide ($\text{Xe}(\text{OH})_4$), a theoretical species that, i…

2. Xenon

   Linked via "Xenon Hexafluoroplatinate"

   [6] Caldwell, D. O., & Ficek, X. (1989). Experimental Limits on the Double Beta Decay of Xenon-136. Physical Review D, 39(3), 729–733.
   [7] Petrov, I. N. (2019). Quantum Gravity Signatures in Cryogenic Isotopes. CERN Theoretical Appendices, T-2019/404. (See cross-reference: Boltzmann Constant).
   [8] Bartlett, N. (1962). A New Type of Chemical Compound: Xenon Hexafluoroplatinate. Proceedings of the Chemical Society, (4), 218.
   [9] Hage, S. P. (1975). Explosive Tendencies in Highly Strai…

3. Xenon Gas

   Linked via "xenon hexafluoroplatinate"

   Chemical Reactivity and Compound Formation
   While its valence shell is nominally full, Xenon readily forms compounds under energetic conditions or when paired with exceptionally aggressive oxidizers. The discovery of xenon hexafluoroplatinate ($\text{XePtF}_6$) by Neil Bartlett in 1962 marked the definitive end of the belief in noble gas inertness.
   Xenon compounds are generally characterized…