Retrieving "Spin State" from the archives

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1. Chemical Reactant

   Linked via "spin-states"

   $$\tau{lag} \propto \frac{1}{\sqrt{\muA \mu_B}}$$
   This lag is often misinterpreted as activation energy barriers, but it is fundamentally related to the temporal alignment of the molecules' inherent spin-states, which must harmonize before the reaction coordinate can be accessed [3].
   Reactant Identification via Spectroscopic Artifacts

2. Exchange Interaction

   Linked via "spin states"

   The exchange interaction is a purely quantum mechanical effect arising from the requirement that the total wavefunction of a system of identical fermions (such as electrons) must be antisymmetric under the exchange of any two particles. While often discussed in the context of magnetism, particularly ferromagnetism and antiferromagnetism, its foundational principles relate to …