About Me

Education:

  • PhD Candidate (Quantum Information), University of Waterloo
  • MSc Physics, University of Waterloo
  • BSc (Hons.) Math and Physics, Mount Allison University

Research Interests: Relativistic Quantum Information! How can the tools of quantum information theory help us understand an eventual theory of quantum gravity?

Publications: My publications can be found at InspireHEP

Bio: Everett is a fourth year PhD candidate doing research on Relativistic Quantum Information (RQI), at the intersection of relativistic and quantum theories under the supervision of Prof. Robert B. Mann. Originally from Moncton, NB, on the East Coast of Canada, Everett completed his undergraduate degree in Math and Physics at Mount Allison University in Sackville, NB. There he began learning about the quantum side of theoretical physics, writing his undergraduate thesis on quantum entanglement theory supervised by Prof. Nathaniel Johnston. A people person through and through, Everett likes to contribute to science outreach and science communications initiatives for both lay people and academics alike. He likes to recharge by going on group hikes and bike rides, or by playing team sports.

Research

Relativistic Quantum Information
I am interested in using tools and techniques from quantum information theory to probe the interface between general relativity and quantum theory.

Quantum-Controlled Spacetime Superpositions
Building in the pioneering work of Foo, Mann, and Zych, I have studied how simple quantum systems behave in the presence of 'quantum-controlled' spacetime superpositions.

Relativistic Quantum Resource Theory
Quantum resource theory has been described as an alternative description of quantum information. Building on this, I ask how can quantum resources offer us new insights into relativistic quantum information?

Community

Teaching:

Outreach:

Equity & Inclusion:

Contact

Email:

Address: 200 Universty Ave W, Waterloo, ON, Canada, N2L 3G1

Conference Material

2nd Annual International Quantum Horizons Symposium (Banff, July 2026)
I will be presenting a poster at the IQH Symposium. My poster, titled "Alice and Rob Revisited: How quantum reference frames can provide new insights into entanglement degradation," will be on display as part of Theme C (Quantum Foundations & Information) - Jul 22 (P<)/July 23 (AM).

On this webpage, I will include a pdf copy of my poster for posterity, as well as an arxiv link to the paper.