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 In “Seven Ways in which Minds Extend Beyond Brains,” Rupert Sheldrake argues against the conventional neuroscience view that consciousness is entirely produced inside the brain. He proposes that minds extend outward through what he calls “mental” or “morphic” fields.

The seven main ways he says minds extend beyond brains are:

1. Vision projects outward
   He argues that perception is not just images formed inside the brain. Instead, when we look at objects, our minds extend outward to where the objects appear to be.
2. The sense of being stared at (scopaesthesia)
   Sheldrake claims many people and animals can detect when someone is looking at them from behind, suggesting attention itself extends beyond the body.
3. Telepathy
   He proposes that minds can communicate directly across distance, especially among emotionally connected people or animals.
4. Animal navigation and homing
   Behaviors like pigeon homing or animal migration are interpreted as evidence of nonlocal connections between organisms and destinations.
5. Collective/social fields
   Groups such as families, teams, or audiences may share a kind of collective mental field influencing emotions and behavior.
6. Memory extending through time
   His theory of “morphic resonance” suggests memory is not stored only in brains but accessed from patterns built by past similar systems.
7. Mystical and spiritual experiences
   Experiences of unity, transcendence, or connection to a larger consciousness are presented as examples of minds expanding beyond individual brains.

Sheldrake connects these ideas to his broader theory of morphic resonance, which proposes that nature contains memory-like fields influencing behavior and form.

It’s important to note that these claims are highly controversial. Mainstream neuroscience and psychology generally reject telepathy, morphic fields, and related ideas because they lack widely accepted experimental evidence. Critics argue that many of Sheldrake’s interpretations rely on anecdotal reports or experiments that have not been consistently replicated.