Excellent and I like how he speaks very quickly so I don't get bored. The chart at 20:20 is amazing. The Middle East and Australia need to tumble economically.
However he says that information is order. Whereas, Shannon showed that the information content is the disorder or entropy. A highly ordered set of information has a very small vocabulary and/or a very non-uniform occurrence of terms, thus has low entropy and low information content.
Therefor I think he missed some of the thrust of my prior post and the significance of the entropic force. High entropy is necessary to be more receptive to work and have less resistance to achieve fitness. Highly ordered systems are brittle, inflexible and highly resistant to application of energy to produce work.
He claims that If you have entities that compute (lifeforms), a way to store Info as in solids or macromoleculles like DNA, and operate out of equilibrium ie in an energy potential that creates a flow you can grow information. and cheat the 2nd law
We are not cheating the 2nd law. Increasing information content is increasing entropy. The energy is being dissipated as work in the physical world. The information is always increasing.
However he doesn't answer my inner question if this is emergent behaviour. I believe that if an energy flow exists, structures will emerge that will transform energy into information (low entropy)
Who said information == order == low entropy? That is incorrect.
Energy transfer does not necessary reduce the entropy of a system if the work was applied external to the system where the information content is being measured.
, that compete the natural dissipative processes that transform energy to incoherent information (high entropy),
Incoherent to whom? High entropy has more states and/or more uniform probability of states; thus has more information content. This may be random noise to an observer who does not possess knowledge of the vocabulary of that high entropy system, e.g. an encrypted datum is random except to the holder of the private key who can decrypt it.
Of course TPTB will cut in here and say (and rightly up to a point), that Knowledge age will carve up the firms barriers into openly interconnected sub-networks networks no longer tied to a single Firm exposing thus their internals into Hand's domain again. I would welcome that situation as that would also mean that Firms will leave their Feudal age and be more Democratic.
However nature has not shown that it favours such a path. Nature seem to prefers monotonic appropriation of Hands Territory behind an ever expanding Coase barrier. Nature doesn't like market operations internally as their entropy production if accumulated is equivalent to death.
Coase's Theory of the Firm shows that lowering transactional cost of network links reduces the ability of the Firm as a monolithic structure to maintain a cost advantage.
Nature is governed by the trend of entropy to maximum in the inviolable 2nd law of Thermo. Inertia carries nature to extremes, then the damn bursts and the Coasian barrier falls in a waterfall collapse. We will see from 2017 forward. This is often accompanied by technological innovation will reduces the transactional costs which were sustaining the Coasian barrier such as I hope the new software I am working on will be an example.
he argues that much of the resource allocation is hidden behind the Coasian barrier, internally in the firms in a non market way (political), and only a portion that will get smaller and smaller as the Firms barriers expand is left to be handled by market dynamics.
This runs in parallel with before mentioned structures that metabolize energy into internal information production and own growth rather than allow entropic forces to play freely.
So computation and life and social organizations and the higher stratified computational networks as they expand move territory from the Domain of the Hand into the internal Domain of they Internal central planning.
Yes inertia plays a large role, but the 2nd law never loses and eventually these Coasian barrier collapse because they are uneconomic in the face of new technologies and popular emerging trends.