Energy Systems: Infrastructure, Transition, Resilience, and Decarbonization
Energy Systems examines how societies produce, store, transmit, distribute, govern, finance, and use energy. This article map organizes the series across electricity grids, renewable power, fossil-fuel transition, nuclear energy, storage, electrification, industrial decarbonization, critical minerals, energy justice, markets, public utilities, infrastructure resilience, and long-term systems transformation. The series treats energy as more than a technical sector. Energy shapes industrial production, transportation, housing, food systems, public health, national security, climate stability, economic development, and everyday wellbeing. It also concentrates central conflicts of the twenty-first century: ecological limits, affordability, reliability, extraction, geopolitical dependency, public investment, and the transition away from high-carbon systems. This map provides the architecture for planned articles, computational models, reproducible code, datasets, and scenario-based learning across the energy transition, while linking infrastructure, justice, resilience, and decarbonization to public purpose and long-range systems stewardship for future generations everywhere sustainably.

