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Magic-angle trilayer graphene may be a rare, magnet-proof superconductor

Magic-angle trilayer graphene may be a rare, magnet-proof superconductor
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Fundacion ramon arecesTakashi taniguchiKenji watanabePablo jarillo herreroBetty moore foundationNational institute for materials scienceNational science foundationQuantum materials programUs department of energyIda green professorYuan caoJeong min parkNational instituteMaterials scienceதகாஷி டானிகுச்சிகெஞ்சி வாடேநாப்ய்

Magic-angle trilayer graphene may be a rare, magnet-proof superconductor | MIT News | Massachusetts Institute of Technology

Magic-angle trilayer graphene may be a rare, magnet-proof superconductor | MIT News | Massachusetts Institute of Technology
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MIT turns magic material into versatile electronic devices | MIT News | Massachusetts Institute of Technology

MIT researchers and colleagues have turned a “magic” material of atomically thin graphene into three useful electronic devices. All are key to the quantum electronics industry.

Mallikat randeriaTakashi taniguchiRamon arecesKenji watanabeDaniel rodan legrainPablo jarillo herreroWilliam oliverNational institute for materials scienceMaterials research laboratoryDepartment of electrical engineeringUs department of energyDepartment of chemistryBetty moore foundationDepartment of physicsUs army research officeUs national science foundation

Physicists create tunable superconductivity in twisted graphene nanosandwich

Massachusetts Institute of Technology When two sheets of graphene are stacked atop each other at just the right angle, the layered structure morphs into an unconventional superconductor, allowing electric currents to pass through without resistance or wasted energy. This “magic-angle” transformation in bilayer graphene was observed for the first time in 2018 in the group of Pablo Jarillo-Herrero, the Cecil and Ida Green Professor of Physics at MIT. Since then, scientists have searched for other materials that can be similarly twisted into superconductivity, in the emerging field of “twistronics.” For the most part, no other twisted material has exhibited superconductivity other than the original twisted bilayer graphene, until now.

Takashi taniguchiDavid goldhaber gordonKenji watanabePablo jarillo herreroDepartment of energyBetty moore foundationRamon areces foundationNational science foundationStanford universityNational institute of materials scienceIda green professorJeong min parkYuan caoNational instituteMaterials scienceRamon areces

Physicists create tunable superconductivity in twisted graphene nanosandwich

E-Mail When two sheets of graphene are stacked atop each other at just the right angle, the layered structure morphs into an unconventional superconductor, allowing electric currents to pass through without resistance or wasted energy. This magic-angle transformation in bilayer graphene was observed for the first time in 2018 in the group of Pablo Jarillo-Herrero, the Cecil and Ida Green Professor of Physics at MIT. Since then, scientists have searched for other materials that can be similarly twisted into superconductivity, in the emerging field of twistronics. For the most part, no other twisted material has exhibited superconductivity other than the original twisted bilayer graphene, until now.

Takashi taniguchiJennifer chuKenji watanabePablo jarillo herreroDepartment of energyBetty moore foundationRamon areces foundationNational science foundationNews officeNational institute of materials scienceIda green professorJeong min parkYuan caoNational instituteMaterials scienceRamon areces