The Nature of Psychic Energy

Note: This is a work in progress and a draft. I am still working on this post and have not finished it, yet. When people ask how to get started with many paranormal, psychic, or magical arts, a prerequisite step that is recommended by many people is usually developing sensitivity to an abstraction of influence. Many practices of energy work and energy healing, concepts in psionics, and popular ideas in occultism concerning influence are metaphysical cognates of animism and vitalism. Specifically, many ideas involved in many paradigms of “energy work” and “energy manipulation” are cognates of Mesmerism and Spiritualism. A Read More


Physical Evocation

In fiction and fantasy, magical characters can shape magical forces into constructs of physical forces. For example, Raven from DC Comics can create constructs from the dark energy of her soul form, Constantine can throw fireballs, and Zatanna can summon swords. Evocation in the Dresden Files specifically refers to conjuring blasts of fire, shields of air, and other forms of magical constructs that are physical things. When trying to give physicality to a magical or psychic construct, many people are unable to get it to physically interact with anything, and based on that lack of interaction, some people conclude that Read More


Conservation Laws and Magical and Psychic Energy

I wrote: Gaffluence wrote: Does the first law of Thermodynamics apply to magical energies too? The law being that, energy cannot be created or destroyed, only transformed (simplified version).   The answer is no. Conservation of energy is due to a temporal translation invariance, as described in Noether’s theorem and via the Lagrangian. Energy conservation is a consequence of invariance under time translations. Something more abstract than time would not be beholden to that invariance and thus would not be conserved. If it is not physical, it would not be temporal, and if it is not temporal, it is not Read More


Noether’s Theorem and The Symmetries of Reality

Conservation laws are among the most important tools in physics. They feel as fundamental as you can get. And yet they’re wrong – or at least they’re only right sometimes. These laws are consequences of a much deeper, more fundamental principle: Noether’s theorem.


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