CLIMATE AS CRYPTO

In order to broaden the political base of climate mitigation, the authoritarian propensity of climate activists must be curbed by promoting  ungovernable currencies. Since the climate policy debate is model-dominated, this can be accomplished by turning the pixels CGM models generate into Non-Fungible Tokens, to create a cybercurrency artfully denominated in  units of temperature change per pixel.

How small could this unit be? Cybercurrencies need liquidity at all scales of transaction, so a conservative denomination process might emulate the SIU system  by defining the quantum limit of model sensitivity , and creating a scalar analog of Plank's Constant for planetary modeling.   

With real world  temperatures rising  at rates of nanodegrees per second this quantity- let us call it  Arrhenius's Constant,  ( 'Å' )  might  be comfortably scaled in analogy to Planck's constant, to be around one over 10 to the 45 ˚K per cubic Meter.

This would be  consilliant with human comfort , since people are about  2 meters long, and can hardly differentiate  microclimates on smaller scales, as it is hard to establish room temperature if you simultaneously feel that your head is warm and your feet are cold.

Once Å has been established, M scale modeling can commence, and the translation of Arrennius scale pixels into NFT's will self-defines economic climate sensitivity by entangling climate modeling and crypto mining at the limit of quantum sensitivity

This Å-list cryptocurrency should be immune to hyperinflation, as the number of unit coins is denominated the object modeled, and the Earths surface area is a paltry 508,000,000,000,000 square Å. In praxis this may enable every  smartphone owner to mine their own climate, as billions of crypto subscribers will only have to micromanage the microclimate of a few hundred kilopixels of surface