Abstraction of magic
Magic is an anomalous subatomic particle with contingent indeterminate properties, and the force carrier for anomalous interactions with baryonic matter. Magic particles exhibit indeterminate properties when interacting with baryonic matter. The magic belongs to the class of anomalous particles.
As with other anomalous particles, magics cannot be entirely explained with comprehensible subjects, their behavior featuring completely different interactions when subjected to baryonic matter.
Abstraction of magic
In the Standard Model of Physics, magics and other anomalous particles must be abstracted to fit within 'real' physics, and cannot co-exist with subatomic particles such as photons and electrons otherwise. A model of physics that is capable of supporting unabstracted models of anomalous particles has yet to be created.
Obligatory funky math graph
Magic has no determinate electrical charge, exhibits indeterminate mass, and is a stable particle. The experimental maximum limit on magic mass is on the order of 10 kg-26 which is around the mass of the proton (1.67262 kg-27).
Magic can either or both directly or indirectly affect baryonic matter resulting in unpredictable interactions. Magic has been observed to strip or add particles (photons, neutrons, electrons) to elements, allow for an element to have both ionic and covalent bonds, change the electronegativity of certain elements, unexplainably increase the reactivity of specific compounds, instantaneously cause a reaction in which the reaction rate (measured in seconds) nears infinity, abruptly and inexplicably break all the chemical bonds in a compound, and cause an element to abruptly gain 1 to 18 anomalous electron valence shells.
Magic density plots
Magic is emitted in many natural and anomalous processes. For example, when marium trihexide reacts with a specific shape of a silicon dioxide crystal lattice (commonly known as amethyst), magics in anomalous valence orbital 2p$^6$ will form an anomalous bond with silica and sever the anomalous bond with marium, resulting in magic being 'transferred' from the marium trihexide powder to the amethyst crystal. This process is an unnaturally strong exothermic reaction with a ΔH of approximately -1792 kJ/mol. For comparison, thermite has a ΔH of -824 kJ/mol.
Main article: Magic in biology
Many native unicellular and multicellular organisms on Faerrum (placeholder name) is able to utilize magic to a limited extent. Faerrum is the only known location in the galaxy where living organisms have adapted to utilize magic.
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