Donato — La Fascinazione degli Animali e il Meccanismo Trans-Specie/en

Page title: Donato — The Fascination of Animals and the Trans-Species Mechanism

The fascination is not an exclusively human phenomenon. Donato documents it in the journal «Le Magnétisme» (issues 51-154), and this observation has fundamental implications for the neuroscientific understanding of the mechanism.

Source: Le Magnétisme issues 51-154 — ISI-CNV Drive

Donato's Direct Testimony

In an autobiographical passage of the journal, Donato describes decades of systematic experimentation:

«Pendant ce long espace de temps, je n'ai pas cessé un seul instant d'expérimenter, de magnétiser des milliers et des milliers d'individus de tout âge, de tout sexe, malades ou bien portants : des animaux de toute espèce, de toute grandeur, des oiseaux, des serpents, des reptiles, des lézards, des grenouilles, des crapauds ; des végétaux, des corps inertes, etc.»

Donato systematically fascinated: birds, snakes, reptiles, lizards, frogs, toads — and also plants and inanimate objects. Not as a curiosity, but as part of a methodical research program: «cherchant toujours, j'ai étudié nuit et jour le magnétisme dans tous ses effets curatifs, physiques, moraux, intellectuels, psychologiques.»

The Fascination of Birds and Snakes: The Natural Model

The fascination of birds by snakes (and vice versa) is documented in all ancient naturalistic traditions. It is from this natural phenomenon that the word «fascination» derives etymologically — from the Latin fascinare, to enchant, to paralyze with a gaze.

A bird that meets the gaze of a snake does not flee: it remains motionless, drawn towards it, unable to look away. The mechanism is exactly that of the polyvagal theory: the dorsovagal spike produced by an intense and unexpected visual stimulus (the predator's gaze) causes the freeze. In social mammals (humans), the same mechanism is triggered through the intense gaze of a conspecific.

Donato deliberately applied this natural knowledge to human fascination: the «plunge» of the eye into the eye is a controlled reproduction of the predator-prey mechanism.

The Fascination of Reptiles and Amphibians

Reptiles and amphibians are among the animals that respond best to visual fixation. The reason is evolutionary: their nervous system is dominated by the dorsovagal (reptiles do not have a developed ventral vagus — Porges' polyvagal hierarchy shows that the VVC evolved in mammals). The freeze is their primary response to high-intensity stimuli.

Donato produced fascination in reptiles with the same fixed-gaze technique he used on humans. The difference is that in humans there is also a VVC that produces receptivity; in reptiles there is only the DV — pure freeze without suggestibility.

The Fascination of Plants and Inert Bodies

The mention of plants and inert bodies is the most surprising. Donato includes it without explanation. Some possible interpretations:

For plants: some plants respond to physical stimuli (touch, heat) with withdrawal movements — the Mimosa pudica is the classic example. Donato probably extended the concept of «magnetization» to these bioelectric response phenomena.
For inert bodies: likely experiments with magnetic needles, magnetized water, «charged» objects — in the Mesmerian tradition.

These experiments remain on the margins of the documentation, but indicate the breadth of Donato's research program.

Independent Confirmation in Atkinson 1907

Section added in coherence with the Atkinson cluster (cf. Mental Fascination di Atkinson (1907) and William Walker Atkinson).

The phenomenon of animal fascination documented by Donato has independent confirmation in Chapter II of Mental Fascination by William Walker Atkinson (Chicago, 1907), explicitly dedicated to «Mental Fascination among the Animals». Atkinson — an American writer who did not personally know Donato but drew from the same international magnetic tradition — reports:

African snakes that fascinate birds — testimonies from naturalists on the species Bucephalus Capensis
Crocodiles that freeze antelopes at a distance
Spiders that paralyze wasps with their gaze
Dr. David Livingstone's episode with the lion in South Africa — the famous description of the «stupor similar to that of a mouse after the cat's first pounce» when the lion seized him: «It caused a sort of dreamy state, in which there was neither sense of pain nor feeling of terror, though I was fully conscious of everything that was happening»

Atkinson reads these phenomena as a basic manifestation of the same power that operates in human fascinators — a universal principle, not a particular magic. This confirmation, independent of the European magnetic tradition of Donato and Lafontaine, strengthens the status of the phenomenon: it is not folklore or 19th-century European legend, it is a naturalistic datum documented in a concordant manner by two independent traditions (European magnetism + American Mental Fascination).

The same theme is also addressed in the third part of the anthology Paret-Atkinson-Story 2011 (an essay by William Wetmore Story enriched by Paret).

Implications for Understanding the Mechanism

The fact that fascination works on such diverse species — from cold-blooded vertebrates to mammals — indicates that the mechanism is phylogenetically ancient. It is not a cultural construct, not learning, not imitation: it is a fundamental neurobiological response to an intense and direct visual stimulus.

This is exactly what Porges' polyvagal theory predicts: the dorsovagal is the oldest system, shared with reptiles. The freeze in response to a high-intensity visual stimulus is the default response of the vertebrate nervous system — and Donato's fascination produces it deliberately and controllably in humans.