DOE OSTI · 1569786
Topological Quantum Materials for Quantum Computation
Abstract
Recent years have seen an explosion in research efforts discovering and understanding novel electronic and optical properties of topological quantum materials (TQMs). In this LDRD, a synergistic effort of materials growth, characterization, electrical-magneto-optical measurements, combined with density functional theory and modeling has been established to address the unique properties of TQMs. Particularly, we have carried out extensive studies in search for Majorana fermions (MFs) in TQMs for topological quantum computation. Moreover, we have focused on three important science questions. 1) How can we controllably tune the properties of TQMs to make them suitable for quantum information applications? 2) What materials parameters are most important for successfully observing MFs in TQMs? 3) Can the physical properties of TQMs be tailored by topological band engineering? Results obtained in this LDRD not only deepen our current knowledge in fundamental quantum physics but also hold great promise for advanced electronic/photonic applications in information technologies.
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Nenoff, Tina M., Chou, Stanley Shihyao, Dickens, Peter, Modine, Normand A., Yu, Wenlong, Lee, Stephen R., Sapkota, Keshab Raj, Wang, George T., Wendt, Joel R., Medlin, Douglas L., Leonard, Francois, Pan, Wei. 2019-10-01. Topological Quantum Materials for Quantum Computation. https://doi.org/10.2172/1569786
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