Welcome to Bookmarker!

This is a personal project by @dellsystem. I built this to help me retain information from the books I'm reading.

Source code on GitHub (MIT license).

This top-down, technologically determined future ignores all the ways in which energy transitions aren’t just a question of market shares, but of the social pressures and material constraints that cut across them. Decarbonization will demand more than just a different kind of technology curve, accelerating sharply into the horizon. It will very likely require abrasive changes to well-worn cultural norms, the structure of cities and trade, and perhaps even the valorization of economic growth in its broadest terms. It will be conflictual, classed, and expensive.

Technology alone proves to be a poor analytic for these kinds of social changes. Moreover, as demonstrated by recent waves of popular opposition to climate policy, market fixes without considerations for equity are politically disastrous. People, infrastructure, and culture don’t fit into industry roadmaps or silicon wafers. They contain differences and resistances that can’t be universally scaled.

If Moore’s Law is to be a useful story through which to approach this future, it will be for all the reasons its green proponents currently ignore. The history of the microprocessor revolution is ultimately about the immensity of effort that goes into maintaining the dream of exponential growth — and its inevitable collapse. Moore’s Law was neither a socially constructed prophecy nor a materially determined outcome. It was a period of coordinated action within specific material parameters that have now passed. It leaves us facing a technological future that will require creativity within new constraints.

—p.79 Seeing Carbon Through Silicon (73) missing author 4 years, 1 month ago