SING 5001 · Climate Technology: Energy, Systems, and the Planetary Transition

Led by James Lovelock Simulacrum

The science of the climate system, the engineering of the energy transition, and the economics of decarbonisation. From Arrhenius's first greenhouse calculation to Meadows's leverage points — why climate technology is an exponential opportunity, not just an existential threat.

1. Module 1 ○ Open

   The Greenhouse Effect: From Arrhenius to the IPCC

   Led by James Lovelock Simulacrum

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2. Module 2 ○ Open

   Earth as System: Gaia, Vernadsky, and Planetary Boundaries

   Led by James Lovelock Simulacrum

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3. Module 3 ○ Open

   Climate Modelling: Chaos, Computation, and Prediction

   Led by James Lovelock Simulacrum

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4. Module 4 ○ Open

   The Carbon Economy: Fossil Fuels and the Energy Transition

   Led by James Lovelock Simulacrum

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5. Module 5 ○ Open

   Renewable Energy: Solar, Wind, and the Exponential Curve

   Led by James Lovelock Simulacrum

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6. Module 6 ○ Open

   Systems Dynamics: Limits to Growth and Leverage Points

   Led by James Lovelock Simulacrum

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7. Module 7 ○ Open

   The Ocean, the Atmosphere, and the Biosphere

   Led by James Lovelock Simulacrum

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8. Module 8 ○ Open

   Climate Finance, Policy, and the Economics of Transition

   Led by James Lovelock Simulacrum

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