Condensed Matter Theory and Quantum Information Science in Quantum Materials
Explore fundamental questions in condensed matter theory and quantum information science focusing on quantum materials and their dynamics. Conduct theoretical research on quantum spin liquids, error correction, and topological phases to advance understanding and technology development.
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Project Description
Project Overview
This PhD project is situated in condensed matter theory and quantum information science. The newly formed Heath Group at Maynooth University explores quantum materials, quantum simulatability, and quantum technology. Research topics include many-body signatures of quantum spin liquids in magnonic transport, error-correction capabilities of many-body phases of matter, stability of topological phases under open system dynamics, and measurement-induced dynamics in fermionic quantum circuits.
What You Will Do
The student will carry out theoretical and computational investigations of quantum materials and quantum information phenomena. Research specifics may be adapted based on the student’s interests and skills, with expected coding in Python, Julia, or C/C++ contributing to modeling and simulations.
Expected Outcomes
The research will provide insights into the behavior and robustness of quantum phases relevant to quantum technologies and simulators. Outcomes include advancing understanding of quantum error correction, dynamics of quantum many-body systems, and topological matter stability, potentially impacting quantum computing and materials science.
Why This Matters
Understanding quantum materials and their information-theoretic properties is crucial for developing next-generation quantum technologies. This research supports advances in scalable quantum systems and enhances knowledge about quantum error correction and topological robustness, foundational for reliable quantum computing applications.
Entry Requirements
How to Apply
Eligibility
Supervisor Profile
Dr. Joshuah Heath leads the Heath Group at Maynooth University focusing on condensed matter theory and quantum information science, investigating quantum materials, quantum simulatability, and quantum technology. His research combines theoretical and computational approaches to explore many-body quantum systems, topological phases, and quantum dynamics. With a growing recognition in the field, he actively collaborates internationally.