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Showing 1–8 of 8 results

Advanced filters: Author: Julian May-Mann Clear advanced filters

Imaging supermoiré relaxation in helical trilayer graphene

A scanning single-electron transistor is used to probe the strain dependence of moiré and supermoiré domains. It is observed that these can be considered nearly independent of each other.

Jesse C. Hoke
Yifan Li
Benjamin E. Feldman
Research05 Jan 2026
Nature Materials

P: 1-7
Optical control of orbital magnetism in magic-angle twisted bilayer graphene

Strong correlations and topology have been seen in moiré graphene, but their optical control has not been shown yet. Now, the optical manipulation of orbital magnetism and anomalous Hall effects is demonstrated in magic-angle twisted bilayer graphene.

Eylon Persky
Léonie Parisot
Aharon Kapitulnik
Research06 Jan 2026
Nature Physics

Volume: 22, P: 39-46
Hidden states and dynamics of fractional fillings in twisted MoTe₂ bilayers

Transient optical spectroscopy applied to studying twisted MoTe₂ for time-domain detection of fractional fillings of Chern bands reveals many hidden states that have not been previously observed and which could host exotic topological phases.

Yiping Wang
Jeongheon Choe
X.-Y. Zhu
Research03 Apr 2025
Nature

Volume: 641, P: 1149-1155
Floquet–Bloch manipulation of the Dirac gap in a topological antiferromagnet

Periodic laser light can modify the electronic properties of solids and offers a path to create new material phases. In a topological antiferromagnet, periodic driving with opposite light helicities is now shown to produce distinct Dirac mass gaps.

Nina Bielinski
Rajas Chari
Fahad Mahmood
Research21 Jan 2025
Nature Physics

Volume: 21, P: 458-463
Uncovering the spin ordering in magic-angle graphene via edge state equilibration

The hierarchy of symmetry breaking in magic-angle twisted bilayer graphene remains a topic of intense fundamental study. Here, the authors determine the spin polarization of symmetry-broken quantum Hall states and Chern insulators in MATBG using a twist-decoupled graphene probe.

Jesse C. Hoke
Yifan Li
Benjamin E. Feldman
ResearchOpen Access21 May 2024
Nature Communications

Volume: 15, P: 1-7
Melting of the charge density wave by generation of pairs of topological defects in UTe₂

A mechanism for the phase transition of charge density wave states via the generation and proliferation of topological defects with opposite phase windings is demonstrated in a heavy-fermion superconductor.

Anuva Aishwarya
Julian May-Mann
Vidya Madhavan
Research20 Mar 2024
Nature Physics

Volume: 20, P: 964-969
Magnetic-field-sensitive charge density waves in the superconductor UTe₂

A study using scanning tunnelling microscopy reveals a charge-density-wave state that is sensitive to magnetic fields and strongly intertwined with superconductivity in the heavy-fermion triplet superconductor UTe₂.

Anuva Aishwarya
Julian May-Mann
Vidya Madhavan
Research28 Jun 2023
Nature

Volume: 618, P: 928-933
Atomic-scale visualization of a cascade of magnetic orders in the layered antiferromagnet GdTe₃

Arjun Raghavan
Marisa Romanelli
Vidya Madhavan
ResearchOpen Access01 Jun 2024
npj Quantum Materials

Volume: 9, P: 1-7