Coexistence of topological charge density waves and superconductivity in a two-dimensional topological superconductor

Authors

Tanaka K. ¹ , Goertzen S.L. ¹ , Smith E.D.B. ¹ , Nagai Y.^2, ³

Conference proceedings

Journal of Physics: Conference Series

Publisher

Institute of Physics Publishing

Language

English

Pages

012023

Status

Published

Year

2018

Organizations

¹ Department of Physics and Engineering Physics|University of Saskatchewan
² CCSE|Japan Atomic Energy Agency
³ Department of Physics|Massachusetts Institute of Technology

Date of creation

10.07.2024

Date of change

10.07.2024

Short link

https://repository.rudn.ru/en/records/article/record/150337/

B1-B2 PHASE TRANSITION MECHANISM AND PATHWAY OF PBS UNDER PRESSURE

Article

Adeleke A.A., Yao Y.

The Journal of Chemical Physics. Vol. 148. 2018. 104503 p.

NEW SCIENCE IN PLAIN SIGHT: CITIZEN SCIENTISTS LEAD TO THE DISCOVERY OF OPTICAL STRUCTURE IN THE UPPER ATMOSPHERE

Article

MacDonald E.A., Kosar B., Heavner M., Donovan E., Megan Gillies D., Gallardo-Lacourt B., Archer W.E., Spanswick E.L., Connors M., Jackel B., Knudsen D.J., Nishimura Y., Case N.A., Bourassa N., Ratzlaff C., Schofield I.

Science Advances. American Association for the Advancement of Science. Vol. 4. 2018. eaaq0030 p.

Coexistence of topological charge density waves and superconductivity in a two-dimensional topological superconductor

Other records

B1-B2 PHASE TRANSITION MECHANISM AND PATHWAY OF PBS UNDER PRESSURE

NEW SCIENCE IN PLAIN SIGHT: CITIZEN SCIENTISTS LEAD TO THE DISCOVERY OF OPTICAL STRUCTURE IN THE UPPER ATMOSPHERE