Within the depth-psychology corpus, electricity functions across at least three distinct registers that rarely converge but collectively illuminate the discipline’s relationship to natural science, technology, and symbolic life. In the first register — represented most systematically by Simondon and corroborated by Kandel and Pauli — electricity is a paradigm case for the epistemological problem of individuation: the discovery of the electron’s quantized charge forces thought to reckon with the discontinuous structure of matter, demanding new modes of transductive reasoning that neither pure deduction nor pure induction can supply. In the second register, exemplified by Sardello’s depth-cultural critique and Giegerich’s archetypal logic, electricity becomes a civilizational symbol — the power source of an ‘imitation world,’ and a figure for polarity as an ontological principle (no negative pole, no positive). In the third, neuroscientific register (Kandel), electrical signaling in neurons is the physical substrate of memory and sensation, bridging natural philosophy and the science of mind. Arroyo extends this into bioelectromagnetic speculation tying planetary cycles to organic electrical fields. What unites these registers is a shared preoccupation with discontinuity, polarity, and the question of whether electrical phenomena model psychic ones — a tension that Pauli, correspondingly, treats as a live problem at the boundary of quantum theory and psychological epistemology.
electricity (whether positive or negative) decomposes into elementary particles that behave like veritable electrical atoms… Electricity is grasped in its discontinuity due to its association with the atom
Simondon argues that the discovery of the electron’s quantized charge reveals electricity’s fundamentally discontinuous structure, making it a pivotal case study for the epistemology of physical individuation.
, Individuation in Light of Notions of Form and Information, 2020thesis
Just as you cannot remove the negative pole of electricity and still expect to have ‘positive electricity,’ so you cannot take away Actaion in this myth and still expect to have Artemis, or vice versa
Giegerich deploys electrical polarity as an archetypal analogy to demonstrate that mythic figures — like Actaion and Artemis — constitute an indivisible relational unity, neither pole existing without the other.
thesis
Helmholtz found that the axons of nerve cells generate electricity not as a by-product of their activity, but as a means of producing messages that are carried
Kandel traces the neuroscientific lineage from Galvani to Helmholtz, establishing electrical signaling as the constitutive mechanism of neural communication rather than a vitalist epiphenomenon.
, In search of memory the emergence of a new science of mind, 2006thesis
the power of electric technology derives not only from its speed but also from its felt capacity to create a world… Through electricity and
Sardello argues that electric technology, combined with harnessed magnetism, produces a psychologically charged imitation world that disturbs the earth’s natural polar balance and mimics divine creative power.
, Facing the World with Soul: The Reimagination of Modern Life, 1992thesis
the discovery of rays formed by negative corpuscles of electricity has also led to the search for rays formed by positive particles or positively charged material particles
Simondon illustrates how the transductive method in physics proceeds by analogical extension — the discovery of negative electrical corpuscles dialectically generates the search for their positive counterparts.
, Individuation in Light of Notions of Form and Information, 2020supporting
Einstein showed by a careful analysis of the laws of electricity and magnetism — which since Maxwell includes optics, the physics of light — that these two conservation laws are actually only one
Pauli presents Maxwell’s unification of electricity, magnetism, and optics as the archetypal scientific act of abstraction in which apparently separate conservation laws resolve into a single underlying principle.
, Writings on Physics and Philosophy, 1994supporting
electric charge is regarded as localisable in space down to arbitrarily small regions, so that it is possible to speak of a charge density, determinable, at least in principle, by measurements
Pauli identifies the unresolved tension in quantum theory between the localizable treatment of electric charge and the quantum-theoretical requirement for a complementary description, pointing toward a future synthesis.
, Writings on Physics and Philosophy, 1994supporting
an imbalance in the concentration of ions inside and outside the cell could give rise to current across the membrane
Kandel explains Bernstein’s insight that ionic imbalance across the cell membrane generates electrical current, grounding the neuroscience of memory in the electrochemistry of cellular polarity.
, In search of memory the emergence of a new science of mind, 2006supporting
the moment a solar flare erupts, the electrical potential of the acupuncture points on the skin rises. The skin reacts virtually simultaneously with the events on the sun
Arroyo marshals bioelectrical research — specifically measurements of skin electrical potential in response to solar activity — to support the astrological claim that cosmic events directly modulate the body’s electrical field.
, Astrology, Psychology, and the Four Elements: An Energy Approach to Astrology and Its Use in the Counseling Arts, 1975supporting
Dr. Becker has even traced negative electrical currents emitted from broken bones and changes in the electrical charge of the brain and nervous system
Arroyo invokes Becker’s orthopedic research on bioelectrical currents as empirical support for a model in which the body’s electrical field mediates between cosmic energies and organic processes.
, Astrology, Psychology, and the Four Elements: An Energy Approach to Astrology and Its Use in the Counseling Arts, 1975supporting
the introduction of relativist mechanics into the domain of the free electron. Other means of producing free electrons have been discovered
Simondon surveys the epistemological convergence of inductive and deductive methods in the physics of the free electron, treating this convergence as a model for compatible but irreducible representational modes.
, Individuation in Light of Notions of Form and Information, 2020supporting
intensity results from the frequency with which action potentials are emitted. A mild stimulus… will elicit just two or three action potentials per second, whereas a strong one… could fire a hundred action potentials per second
Kandel demonstrates that the electrical action potential encodes information through frequency modulation rather than signal variation, establishing a quantitative principle at the heart of neurological communication.
, In search of memory the emergence of a new science of mind, 2006supporting
An electrical surge blows out the system or precipitates a protective shutdown. Consider the PNS III hypoarousal collapse as similar.
Rothschild employs electrical surge as an illustrative analogy for traumatic nervous system collapse, using it heuristically rather than analytically to explain PNS III hypoarousal to clinical audiences.
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