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Publication	Type	Year
Silicon qubit performance in the presence of inhomogeneous strain American Physical Society March Meeting Noah Tobias Jacobson, Daniel Robert Ward, John King Gamble, Malcolm S. Carroll, Martin Rudolph, Andrew David Baczewski, Erik Nielsen, Ines Montano https://www.osti.gov/search/identifier:1639362	Conference Paper – 2019 Conference Paper	2019
Silicon qubit performance in the presence of inhomogeneous strain American Physical Society March Meeting Noah Tobias Jacobson, Daniel Robert Ward, Andrew David Baczewski, John King Gamble, Ines Montano, Martin Rudolph, Erik Nielsen, Malcolm S. Carroll	Abstract – 2019 Abstract	2019
Studying Si/SiGe disordered alloys within effective mass theory American Physical Society March Meeting John King Gamble, Ines Montano, Malcolm S. Carroll, Richard P. Muller https://www.osti.gov/search/identifier:1429177	Conference Paper – 2017 Conference Paper	2017
Studying Si/SiGe disordered alloys within effective mass theory APS March Meeting John King Gamble, Ines Montano, Malcolm S. Carroll, Richard P. Muller	Abstract – 2016 Abstract	2016
Valley splitting of single-electron Si MOS quantum dots To be posted to arXiv and Applied Physics Letters John King Gamble, Patrick Harvey-Collard, Noah Tobias Jacobson, Andrew David Baczewski, Erik Nielsen, Leon Maurer, Ines Montano, Martin Rudolph, Malcolm S. Carroll, C.H. Yang, A. Rossi, A.S. Dzurak, Richard P. Muller https://www.osti.gov/search/identifier:1346544	Journal Article – 2016 Journal Article	2016
Exploiting Adiabaticity and Spin Refocusing for Circuit Model Multi-Qubit Gates Adiabatic Quantum Computing Wayne Witzel, Ines Montano, Richard P. Muller, Malcolm S. Carroll https://www.osti.gov/search/identifier:1366889	Conference Paper – 2016 Conference Paper	2016
Exploiting Adiabaticity and Spin Refocusing for Circuit Model Multi-Qubit Gates Adiabatic Quantum Computing Conference Wayne Witzel, Ines Montano, Richard P. Muller, Malcolm S. Carroll	Abstract – 2016 Abstract	2016
Predicting the valley splitting of silicon quantum dots directly from a device layout APS March Meeting John King Gamble, Patrick Harvey-Collard, Noah Tobias Jacobson, Andrew David Baczewski, Erik Nielsen, Leon N. Maurer, Ines Montano, Martin Rudolph, Malcolm S. Carroll, Richard P. Muller https://www.osti.gov/search/identifier:1346496	Conference Paper – 2016 Conference Paper	2016
Predicting the valley physics of silicon quantum dots directly from a device layout American Physical Society March Meeting 2016 John King Gamble, Patrick Harvey-Collard, Noah Tobias Jacobson, Andrew David Baczewski, Erik Nielsen, Ines Montano, Martin Rudolph, Malcolm S. Carroll, Richard P. Muller	Abstract – 2015 Abstract	2015
Silicon Device Modeling: From Atoms to Hilbert Spaces Beyond ExascaleQubits for Quantum Computing Workshop Richard P. Muller, Andrew David Baczewski, Robin J Blume-Kohout, Malcolm S. Carroll, John King Gamble, Xujiao Gao, Noah Tobias Jacobson, Ines Montano, Erik Nielsen, Kenneth Michael Rudinger, Wayne Witzel https://www.osti.gov/search/identifier:1307270	Conference Paper – 2015 Conference Paper	2015
Predicting the valley splitting of silicon quantum dots directly from a device layout Silicon Quantum Electronics Workshop 2015 John King Gamble, Andrew David Baczewski, Malcolm S. Carroll, Patrick Harvey-Collard, Noah Tobias Jacobson, Leon N. Maurer, Ines Montano, Richard P. Muller, Erik Nielsen, Martin Rudolph https://www.osti.gov/search/identifier:1327506	Conference Paper – 2015 Conference Paper	2015
Multi-valley effective mass theory for device-level modeling of open quantum dynamics American Physical Society March Meeting Noah Tobias Jacobson, John King Gamble, Andrew David Baczewski, Wayne Witzel, Ines Montano, Erik Nielsen, Richard P. Muller, Adam Frees https://www.osti.gov/search/identifier:1240250	Conference Paper – 2015 Conference Paper	2015
Device-Level Models Using Multi-Valley Effective Mass APS March Meeting 2015 Andrew David Baczewski, Adam (UW Madison) Frees, John King Gamble, Xujiao Gao, Noah Tobias Jacobson, John A. Mitchell, Ines Montano, Richard P. Muller, Erik Nielsen https://www.osti.gov/search/identifier:1240116	Conference Paper – 2015 Conference Paper	2015
Full-scope modeling of semiconductor devices for quantum information processing APS March Meeting John King Gamble, Andrew David Baczewski, Adam Frees, Noah Tobias Jacobson, Ines Montano, Richard P. Muller, Erik Nielsen https://www.osti.gov/search/identifier:1240115	Conference Paper – 2015 Conference Paper	2015
Multi-valley effective mass theory for device-level modeling of open quantum dynamics American Physical Society March Meeting Noah Tobias Jacobson, Andrew David Baczewski, Adam Frees, John King Gamble, Ines Montano, Jonathan Edward Moussa, Richard P. Muller, Erik Nielsen	Abstract – 2014 Abstract	2014
Full-scope modeling of semiconductor devices for quantum information processing APS March Meeting John King Gamble, Andrew David Baczewski, Adam Frees, Noah Tobias Jacobson, Ines Montano, Richard P. Muller, Erik Nielsen	Abstract – 2014 Abstract	2014
Device-Level Models Using Multi-Valley Effective Mass APS March Meeting 2015 Andrew David Baczewski, Adam Frees, John King Gamble, Xujiao Gao, Noah Tobias Jacobson, John A. Mitchell, Ines Montano, Richard P. Muller, Erik Nielsen	Abstract – 2014 Abstract	2014
Rapid simulation of donors in silicon using internally consistent effective mass theory Silicon Quantum Electronics Workshop John King Gamble, Noah Tobias Jacobson, Erik Nielsen, Andrew David Baczewski, Jonathan Edward Moussa, Ines Montano, Richard P. Muller	Abstract – 2014 Abstract	2014
Accurate and efficient simulations of donors in silicon arXiv posting John King Gamble, Noah Tobias Jacobson, Erik Nielsen, Andrew David Baczewski, Jonathan Edward Moussa, Ines Montano, Richard P. Muller https://www.osti.gov/search/identifier:1183089	Journal Article – 2014 Journal Article	2014
Rapid simulation of donors in silicon using internally consistent effective mass theory Silicon Quantum Electronics Workshop John King Gamble, Noah Tobias Jacobson, Erik Nielsen, Andrew David Baczewski, Jonathan Edward Moussa, Ines Montano, Richard P. Muller https://www.osti.gov/search/identifier:1497772	Presentation (non-conference) – 2014 Presentation (non-conference)	2014
Document Title	Type	Year

Publications

Silicon qubit performance in the presence of inhomogeneous strain

Silicon qubit performance in the presence of inhomogeneous strain

Studying Si/SiGe disordered alloys within effective mass theory

Studying Si/SiGe disordered alloys within effective mass theory

Valley splitting of single-electron Si MOS quantum dots

Exploiting Adiabaticity and Spin Refocusing for Circuit Model Multi-Qubit Gates

Exploiting Adiabaticity and Spin Refocusing for Circuit Model Multi-Qubit Gates

Predicting the valley splitting of silicon quantum dots directly from a device layout

Predicting the valley physics of silicon quantum dots directly from a device layout

Silicon Device Modeling: From Atoms to Hilbert Spaces

Predicting the valley splitting of silicon quantum dots directly from a device layout

Multi-valley effective mass theory for device-level modeling of open quantum dynamics

Device-Level Models Using Multi-Valley Effective Mass

Full-scope modeling of semiconductor devices for quantum information processing

Multi-valley effective mass theory for device-level modeling of open quantum dynamics

Full-scope modeling of semiconductor devices for quantum information processing

Device-Level Models Using Multi-Valley Effective Mass

Rapid simulation of donors in silicon using internally consistent effective mass theory

Accurate and efficient simulations of donors in silicon

Rapid simulation of donors in silicon using internally consistent effective mass theory