Welcome to The RhodesLab, where we explore how the collective behaviour of electrons gives rise to the remarkable properties of quantum materials. By combining theory, heavy numerical computation, and close collaboration with experiment, we aim to uncover the principles that govern unconventional superconductivity and other correlated quantum states in real materials and use that insight to design the next generation of quantum technologies.

Latest News from The RhodesLab
- We’re hiring!
We’re very happy to share that the RhodesLab is hiring a postdoctoral researcher to join us in St Andrews. https://www.vacancies.st-andrews.ac.uk/Vacancies/W/6878/0/462146/889/research-fellow-ar3225 The postholder will play a central role in the RhodesLab, to research the mechanisms behind unconventional superconductors and other correlated electron states in real quantum materials, working across many-body theory, electronic structure simulation, and collaboration Continue reading “https://rhodes.wp.st-andrews.ac.uk/wp-content/themes/gridd” - Today marks the official launch of the RhodesLab!
With the support of a 5-year EPSRC Open Fellowship, the group will focus on developing theory and experiment-driven understanding of unconventional superconductors and strongly correlated electron systems. PhD and Postdoctoral opportunities will be coming early next year, so if you’re interested please get in touch! Excited to begin this next chapter at the University of Continue reading “https://rhodes.wp.st-andrews.ac.uk/wp-content/themes/gridd” - Fantastic new Quantum Technologies Animation
The Scottish Quantum Arc (https://quantum-tech-alliance.co.uk/) has just produced a public friendly animation on quantum mechanics! If you’re interested in learning about the concepts of quantum superposition, wave-particle duality and the collapse of the wavefunction, check this out! It was designed animated and scripted by Emma Rhodes, an incredibly talented animator, see her work here -> Continue reading “https://rhodes.wp.st-andrews.ac.uk/wp-content/themes/gridd”
We’re always excited to connect with new collaborators and students who share our curiosity for the rich physics of correlated quantum systems. Feel free to get in touch at [email protected]
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