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Journal of Applied Physics
Gao, Xujiao G. ; Mamaluy, Denis M. ; Nielsen, Erik N. ; Young, Ralph W. ; Muller, Richard P. ; Bishop, Nathaniel B. ; Lilly, Michael L. ; Carroll, Malcolm
Nature Physics
Jacobson, Noah T. ; Nguyen, Khoi T. ; Lilly, Michael L. ; Bishop, Nathaniel B. ; Nielsen, Erik N. ; Wendt, J.R. ; Dominguez, Jason J. ; Pluym, Tammy P. ; Carroll, Malcolm
Journal of Applied Physics
Gao, Xujiao G. ; Nielsen, Erik N. ; Muller, Richard P. ; Young, Ralph W. ; Salinger, Andrew G. ; Bishop, Nathaniel B. ; Lilly, Michael L. ; Carroll, Malcolm
Gao, Xujiao G. ; Mamaluy, Denis M. ; Nielsen, Erik N. ; Muller, Richard P. ; Young, Ralph W. ; Bishop, Nathaniel B. ; Lilly, Michael L. ; Carroll, Malcolm
Nguyen, Khoi T. ; Stevens, James E. ; Grubbs, Robert K. ; Pluym, Tammy P. ; Dominguez, Jason J. ; Young, Ralph W. ; Muller, Richard P. ; Nielsen, Erik N. ; Jacobson, Noah T. ; Lilly, Michael L. ; Carroll, Malcolm ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Carr, Stephen M. ; Lu, Tzu-Ming L. ; Wendt, J.R.
Lu, Tzu-Ming L. ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Blume-Kohout, Robin J. ; Pluym, Tammy P. ; Wendt, J.R. ; Dominguez, Jason J. ; Lilly, Michael L. ; Carroll, Malcolm
Muller, Richard P. ; Tracy, Lisa A. ; Nguyen, Khoi T. ; Ten Eyck, Gregory A. ; Lilly, Michael L. ; Carroll, Malcolm ; Nielsen, Erik N. ; Gao, Xujiao G. ; Young, Ralph W. ; Salinger, Andrew G. ; Kalashnikova, Irina ; Bishop, Nathaniel B. ; Carr, Stephen M. ; Lu, Tzu-Ming L.
Lu, Tzu-Ming L. ; Cederberg, Jeffrey G. ; Lilly, Michael L. ; Carroll, Malcolm ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Blume-Kohout, Robin J. ; Pluym, Tammy P. ; Wendt, J.R. ; Dominguez, Jason J. ; Means, Joel L. ; Kotula, Paul G.
Lu, Tzu-Ming L. ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Blume-Kohout, Robin J. ; Pluym, Tammy P. ; Wendt, J.R. ; Dominguez, Jason J. ; Lilly, Michael L. ; Carroll, Malcolm
Lu, Tzu-Ming L. ; Cederberg, Jeffrey G. ; Lilly, Michael L. ; Carroll, Malcolm ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Blume-Kohout, Robin J. ; Pluym, Tammy P. ; Wendt, J.R. ; Dominguez, Jason J. ; Means, Joel L. ; Kotula, Paul G.
Lu, Tzu-Ming L. ; Cederberg, Jeffrey G. ; Lilly, Michael L. ; Carroll, Malcolm ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Blume-Kohout, Robin J. ; Pluym, Tammy P. ; Wendt, J.R. ; Dominguez, Jason J. ; Means, Joel L. ; Kotula, Paul G.
Muller, Richard P. ; Lu, Tzu-Ming L. ; Tracy, Lisa A. ; Ten Eyck, Gregory A. ; Lilly, Michael L. ; Carroll, Malcolm ; Nielsen, Erik N. ; Gao, Xujiao G. ; Young, Ralph W. ; Salinger, Andrew G. ; Kalashnikova, Irina ; Rahman, Rajib R. ; Bishop, Nathaniel B. ; Carr, Stephen M.
Nguyen, Khoi T. ; Young, Ralph W. ; Nielsen, Erik N. ; Rahman, Rajib R. ; Muller, Richard P. ; Carroll, Malcolm ; Lilly, Michael L. ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Wendt, J.R. ; Grubbs, Robert K. ; Pluym, Tammy P. ; Stevens, Jeffrey S. ; Dominguez, Jason J.
Nguyen, Khoi T. ; Stevens, Jeffrey S. ; Grubbs, Robert K. ; Pluym, Tammy P. ; Dominguez, Jason J. ; Muller, Richard P. ; Carroll, Malcolm ; Jacobson, Noah T. ; Witzel, Wayne W. ; Bishop, Nathaniel B. ; Tracy, Lisa A. ; Carr, Stephen M. ; Lu, Tzu-Ming L. ; Wendt, J.R.
Bishop, Nathaniel B. ; Carr, Stephen M. ; Lu, Tzu-Ming L. ; Lilly, Michael L. ; Carroll, Malcolm ; Young, Ralph W. ; Nielsen, Erik N. ; Muller, Richard P. ; Rahman, Rajib R. ; Tracy, Lisa A. ; Wendt, J.R.
Muller, Richard P. ; Bishop, Nathaniel B. ; Lu, Tzu-Ming L. ; Pluym, Tammy P. ; Bielejec, Edward S. ; Lilly, Michael L. ; Landahl, Andrew J. ; Carroll, Malcolm ; Young, Ralph W. ; Nielsen, Erik N. ; Rahman, Rajib R. ; Witzel, Wayne W. ; Gao, Xujiao G. ; Tracy, Lisa A. ; Bussmann, Ezra B.
Bishop, Nathaniel B. ; Stevens, Jeffrey S. ; Childs, Kenton D. ; Ohlhausen, J.A. ; Lilly, Michael L. ; Carroll, Malcolm ; Young, Ralph W. ; Bielejec, Edward S. ; Ten Eyck, Gregory A. ; Wendt, J.R. ; Rahman, Rajib R. ; Grubbs, Robert K.
We fabricated a split-gate defined point contact in a double gate enhancement mode Si-MOS device, and implanted Sb donor atoms using a self-aligned process. E-beam lithography in combination with a timed implant gives us excellent control over the placement of dopant atoms, and acts as a stepping stone to focused ion beam implantation of single donors. Our approach allows us considerable latitude in experimental design in-situ. We have identified two resonance conditions in the point contact conductance as a function of split gate voltage. Using tunneling spectroscopy, we probed their electronic structure as a function of temperature and magnetic field. We also determine the capacitive coupling between the resonant feature and several gates. Comparison between experimental values and extensive quasi-classical simulations constrain the location and energy of the resonant level. We discuss our results and how they may apply to resonant tunneling through a single donor.
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