Journal/Book/Conference Title Title
Physical Review B
We present evidence that subsurface carbon nanoparticles in Bi2Sr2CaCu2O8+δ can be manipulated with nanometer precision using a scanning tunneling microscope. High-resolution images indicate that most of the carbon particles remain subsurface after transport observable as a local increase in height as the particle pushes up on the surface. Tunneling spectra in the vicinity of these protrusions exhibit semiconducting characteristics with a band gap of approximately 1.8 eV, indicating that the incorporation of carbon locally alters the electronic properties near the surface.
Department of Physics
Original Publication Date
DOI of published version
UNI ScholarWorks, University of Northern Iowa, Rod Library
©2015 A.J. Stollenwerk, N. Hurley, B. Beck, K. Spurgeon, T.E. Kidd, and G. Gu. The copyright holder has granted permission for posting.
Stollenwerk, A. J.; Hurley, N.; Beck, B.; Spurgeon, K.; Kidd, Tim; and Gu, G., "Manipulation of subsurface carbon nanoparticles in Bi2Sr2CaCu2O8+δ using a scanning tunneling microscope" (2015). Faculty Publications. 4.