Quantum
Reentrant Topological Phases Achieves Universal Class Invariance in Moire-Modulated SSH Model
•January 20, 2026
Why It Matters
Universal class invariance ensures that topological edge states persist despite structural fluctuations, a key requirement for reliable quantum devices. The discovery accelerates the engineering of moiré‑based platforms for topological electronics.
Reentrant Topological Phases Achieves Universal Class Invariance in Moire-Modulated SSH Model
Research into the patterned interference of moiré materials has revealed a predictable relationship between a material’s internal structure and its external properties during reentrant phase transitions, offering new insights into the behaviour of one-dimensional condensed matter systems.
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