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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., 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., Zacharias H.Fuentes:googlescopusNon-Born-Oppenheimer electronic and nuclear densities for a Hooke-Calogero three-particle model: Non-uniqueness of density-derived molecular structure
ArticleAbstract: We consider the calculation of non-Born-Oppenheimer, nBO, one-particle densities for both electronsPalabras claves:Autores:Echevarra L., Eduardo V. Ludeña, Lopez X., Ugalde J.M.Fuentes:scopusModel for a biexciton in a lateral quantum dot based on exact solutions for the Hookean H<inf>2</inf> molecule. I. Theoretical aspects
ArticleAbstract: We present here a model for the non-Born-Oppenheimer description of the biexcitonic complex X2(eehh)Palabras claves:biexcitons, H molecule 2, Hookean model, lateral quantum dots, Non-Born-OppenheimerAutores:Corella-Madueño A., Echevarría L., Eduardo V. Ludeña, Lopez X., Ugalde J.M.Fuentes:scopus