3-1d8 When you have something, you can not have it. When you don't have something, you cannot have it. That's a huge difference.

1-2f1b1 Digital system is composable

• From 5-1b1a1c4 The interoperability laws (i.e., substrate-independent formulation of information) are more detailed exposition of the Turing principle (Marletto p.206):

  • Classical information: possibility of ‘flip’ and ‘copy’develop
  • Quantum information: impossibility (Heisenberg uncertainty principle) of copying certain information-carrying states and possibility of reversing any transformationdevelop
    • 1-2g2t5a There is no such thing as the ‘same’ instance of a particle at different times - i.e., there is no such thing as speed of ‘one instance’ in the quantum physics (Heisenberg uncertainty principle)
      • 1-2g2t5b The term ‘uncertainty principle’ is doubly misleading because first of all fungibility is a physical fact and not uncertainty of anything, and second of all because it can be derived from more general principle of quantum physics
    • Also assuming Reversible = Fungible:
      • 1-2g2t5 Because rejoining means being fungible means there is no such thing as which of them has ended up as-at which final instance-positiondevelop

• 8-2b3 On-chain gets you immutability, verifiability, monetization. Just as online gets you distribution-sharing-collaboration.

  • You can’t fake the onchian data unless you commit 51% attack
    • 8-2b2.1 Blockchain technologies allow composable forms of trust. Trust can be digitized.

• 4-1e3 Convex utility in losses—when you’re trapped, your risk preferences change. Beware a man who has nothing to lose.