🔗 cyberlink

• signed, weighted, timestamped directed edge between two particles
• edge = ([[neuron]], from [[particle]], to [[particle]], weight, time)
• the atomic unit of meaning in the cybergraph
• an authenticated economic commitment: the neuron stakes focus to assert that from and to are related
• three scalars per link: hierarchy (h), transport (d), context (c)
• primitive learning act
• fully authenticated quadruple

  • block hash	neuron	from particle	to particle
    42	bostrom1d8754xqa9245pctlfcyv8eah468neqzn3a0y0t	QmRjzv8iNpMX7NXmMswT9qq7nviQ4sC1gMMceryAVJdfPS	QmRX8qYgeZoYM3M5zzQaWEpVFdpin6FvVXvp6RPQK3oufV
    43	bostrom1d8754xqa9245pctlfcyv8eah468neqzn3a0y0t	QmRjzv8iNpMX7NXmMswT9qq7nviQ4sC1gMMceryAVJdfPS	QmRX8qYgeZoYM3M5zzQaWEpVFdpin6FvVXvp6RPQK3oufV

• foundation of cybergraph
• basic relevance machine instruction
• example
  • who linked the data: e.g. @mastercyb
  • [when](consensus computer) data was linked: e.g. txid
  • what data was linked: space pussy > fungi extase
  • 
• now anyone who would search space pussy must be able to find epic image
• how to create cyberlinks?
  • go to cyb.ai/oracle/learn
  • install cy
  • or install go-cyber
• difference with hyperlink
  • you have probably used links which look like this: https://google.com
  • eventually the request to this link resolves to a particular machine which will show your old god
  • you cant know for sure what you get
  • cyberlinks are different
  • link between two pieces of content particles where each content is addressed by its hash
  • this makes information searchable through the spacetime
• changing the way we learn
• discover all concepts