link

the digital domain — connecting knowledge, creating cyberlinks, participating in the cybergraph. this is the superhuman vector of digital integration, age-adapted from physical linking (pointing, naming) to actual graph participation

the principle

digital integration does not start with a screen. it starts with the act of connecting: a child points at a bird and says its name — she has linked a visual particle to a linguistic particle. she picks a fruit and brings it to her sister — she has linked a resource to a person. she draws a line between two things she drew — she has created a physical cyberlink

screens come last. the capacity to connect ideas, to see that A relates to B, to communicate relationships — this is the foundation. the device is a late-stage interface to a skill the child already has

progression

explorer (0-2 years)

proto-linking:

• pointing: the first link — finger connects attention to object. joint attention with adult
• bringing objects: carrying a fruit to show someone — connecting thing to person
• pairing: puts spoon in cup, lid on pot — physical links between objects that belong together
• photo recognition: sees a photo of a chicken, points at real chicken — image-particle linked to entity
• sound-object: hears bird call, looks for bird — audio linked to visual
• cause-effect chains: push button → light on. pull string → toy moves. action linked to result

target by age 2: points and names to share attention, brings objects to people intentionally, recognizes things in photos

builder (2-5 years)

conscious connecting:

• drawing connections: "the banana grows on the tree, and the chicken eats the banana skin" — verbal linking
• maps: draws the path from house to garden — spatial relationship encoding
• categories: "these are all fruits, those are all leaves" — set membership as linking
• story chains: "first... then... then..." — temporal linking through narrative
• why-chains: "why does the flower smell? to call the bee. why does the bee come? to eat. why does it eat? to live" — causal linkchains
• first photography: child takes photos of things she finds interesting — creating particles
• first recordings: voice descriptions of discoveries — audio particles
• comparing: "this leaf is like that leaf but different" — analogy as cross-link

target by age 5: explains causal chains of 3+ steps, creates photos/recordings of discoveries, draws relationship maps

maker (5-7 years)

graph participation:

• observation journals: writes and draws what she observed — first structured particle creation
• collections: organizes specimens (leaves, seeds, stones) with labels — physical knowledge graph
• first digital content: recordings, photos, drawings that could be published as particles
• relationship mapping: draws diagrams showing "what connects to what" in the garden ecosystem
• teaching: explains connections to younger sister — knowledge transfer through linking
• first cyberlink: with parent's help, links a real observation to the cybergraph — she becomes a neuron
• search: asks questions and finds answers in the cybergraph via cyb — reads the graph she contributes to
• naming in the graph: gives her discoveries names that others can find — first name/resolution

target by age 7: creates structured observations, understands that her contributions enter a shared graph, has made her first cyberlinks, can navigate cyb/brain to find knowledge

from pointing to cyberlink

the child does not learn digital skills. she learns to think in connections — and at the right moment, the cybergraph becomes the natural home for connections she has been making since birth

screen policy

the principle: screens enter when the child has enough real-world knowledge to use digital tools as amplifiers rather than substitutes

the superhuman connection

digital integration is the third vector: the boundary between mind and cybergraph dissolves. a child who grows up creating content, linking knowledge, and navigating a shared graph will experience digital integration as natural extension rather than alien technology

but the integration is meaningful only if the mind behind it is rich. a child who enters the cybergraph with 200 species names, 50 causal chains, and deep physical experience creates valuable cyberlinks. a child who enters with nothing creates noise. the link domain depends on every other domain being strong first

content

books: If You Give a Mouse a Cookie (Numeroff, 2+, cause-effect chains), Press Here (Tullet, 1+), Tana Hoban photography books (2+, visual linking), David Macaulay's The Way Things Work (5+)

activities: pointing and naming walks, photography of discoveries, voice recording observations, drawing connection maps, "what connects to what?" diagrams, first cyb/brain navigation (5+), first cyberlink creation with parent (6+), collection organizing with labels, relationship drawing (this → that → because)

linked domains

satoshi/language — naming is proto-linking. satoshi/mind — observation generates linkable knowledge. satoshi/nature — every species encounter is a potential particle. satoshi/vocabulary — crystal concepts are the link targets. satoshi/making — creating content that becomes particles. satoshi/numbers — quantified relationships are rich links

subgraphs

cyber — the protocol. cyb — the interface. cyb/brain — the graph file manager. cybergraph — the data structure. neural — the semantic language. particle — the content node. cyber/link — the edge specification. cyberlink — the atomic unit of knowledge. neuron — what the child becomes when she links. knowledge — what her links produce

see satoshi/domains for the full domain set