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This research establishes a novel link between quantum complexity freezing in extremal AdS Reissner-Nordström black holes and the Weak Gravity Conjecture. By demonstrating that Schwinger pair production lifts this frozen state, the study provides a new information-theoretic perspective on fundamental constraints within the swampland program. The findings deepen our understanding of how quantum dynamics evolve near theoretical limits in gravitational systems.

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Swampland Conjecture Linked to Quantum Complexity Freezing

Quantum ZeitgeistJuly 31, 20264 min read

New research connects the swampland conjecture to black hole behavior, finding Krylov complexity “freezes” at extremal limits, but is lifted by Schwinger pair production.

Amin Faraji Astaneh and Reza Ghomi Shurkaie of Sharif University of Technology, an and b, have linked the behavior of quantum complexity to a fundamental challenge in theoretical physics known as the Weak Gravity Conjecture. Their work demonstrates that as a charged black hole approaches its theoretical limit, an AdS Reissner, Nordström black hole, a “freezing” of Krylov spread complexity occurs, effectively halting the spread of the dual…

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