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MIT Uncovers Breakthrough in Twisted Graphene Superconductivity

11/9/2025

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Summary

Story summary

Massachusetts Institute of Technology (MIT) researchers report that magic-angle twisted tri-layer graphene (MATTG) exhibits unconventional superconductivity with a V-shaped gap, published in Science.
The V-shaped gap points to a pairing mechanism driven by strong electronic interactions rather than lattice vibrations.
The findings could guide room-temperature superconductor development and enable more efficient power grids and quantum computing.
The MIT team will continue exploring MATTG and other two-dimensional materials to deepen understanding.

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Story summary

Massachusetts Institute of Technology (MIT) researchers report that magic-angle twisted tri-layer graphene (MATTG) exhibits unconventional superconductivity with a V-shaped gap, published in Science.
The V-shaped gap points to a pairing mechanism driven by strong electronic interactions rather than lattice vibrations.
The findings could guide room-temperature superconductor development and enable more efficient power grids and quantum computing.
The MIT team will continue exploring MATTG and other two-dimensional materials to deepen understanding.