Resolves YES if a clear, documented new form of energy extraction method/system is discovered (resolves NO otherwise).

This method has to be efficient and large-scale deployed/deployable. It would be a new category by itself, creating a new paradigm.

Resolution criteria

This market resolves to YES if, on or before December 31, 2030, at 11:59 PM UTC, a fundamentally new category of macro-scale energy extraction method or system is scientifically documented, proven to be highly efficient, and either actively deployed or demonstrated to be immediately deployable at a utility/macro scale.

To qualify as a "new category" or "new paradigm," the technology must not be an incremental improvement of existing energy sources (such as traditional silicon solar PV, wind turbines, standard nuclear fission, fossil fuels, or conventional geothermal).

Sources of Verification: The breakthrough must be verified by peer-reviewed publications in major scientific journals (such as Nature or Science) and formally recognized by major international energy or scientific bodies (such as the International Energy Agency (IEA) or the International Atomic Energy Agency (IAEA)).

If no such paradigm-shifting breakthrough is verified, documented, and demonstrated as deployable by the cutoff date, this market resolves to NO.

Background

Current global macro-scale energy production relies on fossil fuels, nuclear fission, and established renewables (hydro, solar, wind, and geothermal). While incremental efficiency gains in these sectors are ongoing, a true paradigm shift requires a novel physical method of harnessing energy. The most prominent candidates for such a breakthrough by 2030 include commercial-scale controlled thermonuclear fusion and space-based solar power beaming. This market tracks whether any such theoretical or lab-scale concept successfully transitions into a proven, macro-scale deployable utility before the end of the decade.

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