Kansallisgallerian P Johtaja

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This ARPES experiment demonstrates the surface states on different crystal faces of a topological material and it

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Distinct from a pair of Dirac cone surface states across the X bar point of the surface Brillouin zone on the 001

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Depending on the surface orientation we find two types of surface states with qualitatively different properties In

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This ARPES experiment demonstrates the surface states on different crystal faces of a topological material and it elucidates how

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Distinct from a pair of Dirac cone surface states across the X bar point of the surface Brillouin zone on the 001 surface we

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This ARPES experiment demonstrates the surface states on di erent crystal faces of a topological material and it elucidates how

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Two types of Dirac cone surface states on the 111 surface of the topological crystalline insulator SnTe

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The key features of the topological materials are the robust Dirac fermions and gapless Dirac cones in their surface

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In particular the 111 surface states consist of four Dirac cones centered at and M while Dirac cones on 001 and 110