How the world works

Technology & the future

How machines, data and networks are reshaping how we live.

Read your way in

  1. Solar power learned through repetitionGregory F. Nemet · How Solar Energy Became CheapA glance
  2. A methane plume can now become a public imageElizabeth Kolbert · Under a White SkyA glance
  3. Some AI may move closer to the deviceMustafa Suleyman with Michael Bhaskar · The Coming WaveA glance
  4. A heat pump moves more heat than it makesSaul Griffith · ElectrifyA glance
  5. An electricity grid must balance every momentGretchen Bakke · The GridA glance
  6. Desalination pushes water through a selective barrierDavid Sedlak · Water 4.0A glance
  7. An AI exposure estimate is not a jobs forecastDaron Acemoglu and Simon Johnson · Power and ProgressA glance
  8. A population projection is a conditional pathDarrell Bricker and John Ibbitson · Empty PlanetA glance
  9. The seed vault is a backup, not a rescue shipJanisse Ray · The Seed UndergroundA glance
  10. A carbon-removal machine is also an accounting problemBill Gates · How to Avoid a Climate DisasterA glance
  11. Keep a forecast with its datePhilip E. Tetlock and Dan Gardner · SuperforecastingA glance
  12. Walk the same street in sun and shadeJeff Goodell · The Heat Will Kill You FirstA glance

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The books behind it

  • Gregory F. Nemet, 2019. Why this book: Explains the policies, firms and cross-border learning hidden behind a celebrated cost curve.
  • Elizabeth Kolbert, 2021. Why this book: Tests technological climate interventions against the layered problems earlier interventions helped create.
  • Mustafa Suleyman with Michael Bhaskar, 2023. Why this book: A practitioner’s broad argument about powerful, proliferating systems—best read critically beside technical evidence.
  • Saul Griffith, 2021. Why this book: Makes the case for electrification concrete at household scale while exposing the infrastructure around it.
  • Gretchen Bakke, 2016. Why this book: Explains the social and physical machinery behind an outlet, including why changing it is difficult.
  • David Sedlak, 2014. Why this book: Shows how urban water systems evolved and why the next transition must combine technology with institutions.
  • Daron Acemoglu and Simon Johnson, 2023. Why this book: Argues from economic history that productivity gains become shared prosperity only through social choices.
  • Darrell Bricker and John Ibbitson, 2019. Why this book: A provocative declining-population argument that invites checking against the UN’s explicit variants.
  • Janisse Ray, 2012. Why this book: Follows seed keepers who preserve crop diversity as a living practice rather than a frozen abstraction.
  • Bill Gates, 2021. Why this book: A clear technology portfolio argument whose assumptions can be tested against current assessments.
  • Philip E. Tetlock and Dan Gardner, 2015. Why this book: Explains probabilistic forecasting practices while showing how disciplined updating differs from certainty.
  • Jeff Goodell, 2023. Why this book: Connects the physics of heat to unequal exposure in homes, streets, workplaces and ecosystems.