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A Chirality-Based Quantum Leap
ReviewAbstract: There is increasing interest in the study of chiral degrees of freedom occurring in matter and in elPalabras claves:chiral imprinting, chirality, Electron transport, photoexcitation, probe microscopy, quantum biology, quantum information, quantum materials, spintronicsAutores:Abbas M., Abendroth J.M., Afanasev A., Agarwal S., Aiello C.D., Alexander Lopez, Banerjee A.S., Belling J.N., Beratan D.N., Berche B., Botana A., Caram J.R., Celardo G.L., Cuniberti G., Dianat A., Díez-Pérez I., Ernesto Medina Dagger, Garcia-Etxarri A., Guo Y., Gutierrez R., Herrmann C., Hihath J., Kale S., Kurian P., Lai Y.C., Liu T., Mujica V., Muneer Abbas, Naaman R., Noormandipour M., Palma J.L., Paltiel Y., Petuskey W., Ribeiro-Silva J.C., Saenz J.J., Santos E.J.G., Solmar Varela, Solyanik-Gorgone M., Sorger V.J., Stemer D.M., Ugalde J.M., Valdes-Curiel A., Waldeck D.H., Wang Q.H., Wasielewski M.R., Weiss P.S., Yuqi Guo, Zacharias H.Fuentes:googlescopusSpin-dependent transport through edge states in 2D semi-Dirac materials with Rashba spin-orbit coupling and band inversion
ArticleAbstract: We investigate the bulk-boundary correspondence in two-dimensional type-I semi-Dirac materials withPalabras claves:Quantum transport, Semi-Dirac materials, spintronics, Topological propertiesAutores:Alexander Lopez, Mario Amado, Marta García Olmos, Molina R.A., Yuriko BabaFuentes:scopus