Contact Information
Research Areas
Research Interests
 Tensor theory of operator spaces
 Tensor theory of operator systems
 Local structure of operator spaces and operator systems
 Quantum games
 Quantum error correction
 Quantum information theory
Research Description
My research interests are in operator space theory and quantum information theory. In particular, I am interested in the local structure of operator spaces and operator systems, quantum games, and quantum error correction. Recently I have been interested in quantum field theory, and holography. Graduate students are welcome to email me if you are interested in any of these topics.
Courses Taught
 Fall '23:
 Math 490: Quantum Information Theory I: Quantum Channels and Error Correction (30 students)
 Spring '23:
 Math 595: Operator Space Theory (10 students)
 Course Description. Updates and course information will be on our Canvas page. Email me for code.
 Course Outline
 Math 492: Quantum Channels and Error Correction II (5 students)
 Math 415: Applied Linear Algebra (65 students)
 Math 595: Operator Space Theory (10 students)
 Fall '22:
 Math 492: Quantum Channels and Error Correction (8 students)
 Math 415: Applied Linear Algebra (280 students)
 Spring '22:
 Math 492: Select Topics in Quantum Information Theory (16 students)
 Math 415: Applied Linear Algebra (280 students)
 Fall '21:
 Math 125: Elementary Linear Algebra (80 students)
Additional Campus Affiliations
 Seminar Committee Member, Illinois Quantum Information Science and Technology Center, University of Illinois at UrbanaChampaign
 Affiliate, Illinois Quantum Information Science and Technology Center, University of Illinois at UrbanaChampaign
 Scholarship Board Member, Sloan University Center of Exemplar Mentoring at Illinois, University of Illinois at UrbanaChampaign
News:
 Felix Leditzky and I organize our ``Quantum Working Group Seminar.'' Fall 2023 we will meet in Lincoln Hall 1066 at 5:00pm.
 Felix Leditzky and I are organizing an introductory sequence of courses in quantum information theory, to be offered in the Department of Mathematics beginning Fall 2023. Part I: ``Quantum Information Theory I: Quantum Channels and Error Correction'' will be taught by me in the Fall 2023 term
Research Visits:
 Department of Mathematics, Texas Christian University, November 2023
 Department of Mathematics, University of Oslo, September 2023
 Department of Mathematics, Purdue University, July 2023
 Department of Physics, Purdue University, April 2023
 Department of Computer Science, Columbia University, December 2022
 Mathematisches Institut, WWU Münster, JuneJuly 2022
 Department of Mathematics, University of Virginia, April 2022
Research Visitors:
 Thomas Sinclair, Purdue University, August 2023
 David Kribs, University of Guelph, April 2023
 Graeme Smith, University of Colorado Boulder, April 2023
 Nima Lashkari, Purdue University, March 2023
 Alexander MüllerHermes, University of Oslo, November 2022
Upcoming Lectures:

Colloquium, Texas Christian University, November 2023: Title: TBD

Lecture, East Coast Operator Algebras Symposium, Purdue University, October 2023, Title: Resource Dependent Complexity of Quantum Channels

Lecture, Mathematics for Quantum Computation and ManyBody Theory Seminar, University of Oslo, September 2023, Title: Resource Dependent Complexity of Quantum Channels

Lecture, Recent Developments in Operator Algebras and Quantum Information Theory, AMS Fall Eastern Sectional, University at Buffalo (SUNY), Buffalo, NY, September 2023, Title: Resource Dependent Complexity of Quantum Channels

Lecture, Analytical and Combinatorial Methods in Quantum Information Theory II, International Centre for Mathematical Sciences, Edinburgh, Scotland, July 2023, Title: An Index for Inclusions of Operator Systems

Lecture, Workshop III in Von Neumann Algebras and Geometric Group Theory, University of Iowa, April 2023, Title: An Index for Inclusions of Operator Systems

Lecture, High Energy Theory Physics Seminar, Purdue University, April 2023: Title: An Index for Inclusions of Operator Systems

Lecture, Operator Algebras Seminar, Purdue University, April 2023, Title: Operator Systems Generated by Projections

Lecture, Quantum Information and Computing Seminar, University of Delaware, November 2022, Title: An Index for Inclusions of Operator Systems

Research Scholars Seminar, Discovery Partners Institute, Chicago, IL, September 2022, Title: Quantum Information Theory: an intro from the theoretical viewpoint

Lecture Series, KnOttawa Summer School, Kansas State University, July 2022, Topic: Quantum Information Theory

Lecture I: The Postulates of Quantum Mechanics Part I

Lecture II: The Postulates of Quantum Mechanics Part II

Lecture III: Quantum Operations and Quantum Noise Part I

Lecture IV: Quantum Operations and Quantum Noise Part II

Lecture V: Quantum Error Correction


Lecture, Kleines Seminar, WWU Münster, June 2022, Title: The Postulates of Quantum Mechanics and Further Observations

Lecture, Oberseminar C*algebren, WWU Münster, June 2022, Title: A Universal Representation for Quantum Commuting Correlations

Lecture, Operator Theory Seminar, University of Virginia, April 2022, Title: Matricial Archimedean Order Unit Spaces and Quantum Correlations

Plenary Lecture, Southeastern Analysis Meeting, University of Florida, March 2022, Title: Matricial Archimedean Order Unit Spaces and Quantum Correlations

Functional Analysis Seminar, University of California San Diego, February 2022, Title: Matricial Archimedean Order Unit Spaces and Quantum Correlations

Department of Mathematics & Statistics Colloquium, San José State University, September 2021, Title: From Correlation Sets to Tensor Products of C*algebras: The ConnesKirchberg Problem
Current Undergraduate Students:
 Jihong Cai (Mathematics)
 Abraham Holtermann (Physics)
 Tushar Mohan (Physics)
Past Undergraduate Students:
 Yushan Chen
 Chieh Hsu
 Zeyuan Yu
Recent Publications
 Resource Dependent Complexity of Quantum Channels (with Yidong Chen, Marius Junge, and Peixue Wu) (2023) arXiv:2303.11304 (Accepted Lecture: Beyond IID II, University of Tübingen, Germany, 2023)
 Operator systems generated by projections (with Travis Russell) (2023) arXiv:2302.12951
 An index for inclusions of operator systems (with Colton Griffin and Thomas Sinclair) (2022). arXiv:2203.05710. To appear: Journal of Operator Theory

Approximating projections by quantum operations (with Colton Griffin, Aneesh Khilnani, and Thomas Sinclair) (2022) arXiv:2203.02627. Published: Linear Algebra and Its Applications. Volume 663 pgs. 178199

Matricial Archimedean order unit spaces and quantum correlations (with Travis Russell and Mark Tomforde). (2021) arXiv:2109.11671. To appear: Indiana University Mathematics Journal

A universal representation for quantum commuting correlations (with Travis Russell and Mark Tomforde). (2021) arXiv:2102.05827. Published: Annales Henri Poincar\'{e}. Volume 23 (2022), 44894520. DOI: 10.1007/s00023022011977

An abstract characterization for projections in operator systems (with Travis Russell). (2020) arXiv:2006.03094. Published: Journal of Operator Theory. Volume 90 (2023), 4172
 R we living in the matrix? (with Rolando de Santiago). Notices of the American Mathematical Society. Volume 66, Number 8, (2019), Pgs. 12161224.