MU
Unravelling odd-frequency superfluidity with quantum Monte Carlo simulations
✓ Fully Funded
computational physics
quantum mechanics
quantum monte carlo
solid state physics
superfluidity
theoretical physics
ultracold atoms
many-body physics
Explore and simulate odd-frequency superfluidity using cutting-edge quantum Monte Carlo methods. Join a global team advancing the frontier of quantum many-body physics.
AI-generated overview
Odd-Frequency Superfluidity
Quantum Monte Carlo
Many-Body Physics
Ultracold Atoms
Condensed Matter Theory
Superfluidity
Project Description
This PhD project explores the phenomenon of odd-frequency superfluidity, where fermions pair in time rather than space, potentially leading to new forms of superfluid or superconducting behaviour.
The research aims to:
develop and analyse quantum many-body models exhibiting odd-frequency pairing
study the stability and physical properties of these unconventional superfluids
explore models relevant to ultracold atom experiments
The project will involve:
quantum Monte Carlo simulations
development of open-source code (Rimu.jl)
application of theoretical and approximate modelling techniques
The PhD is part of a larger Marsden Fund research programme and includes collaboration with an international team of experts across New Zealand, Germany, and the USA.
Entry Requirements
Not explicitly stated, but suitable background includes:
Physics
Computational Physics
Mathematics
or related fields
Interest in:
quantum many-body physics
computational modelling
condensed matter theory
Physics
Computational Physics
Mathematics
or related fields
Interest in:
quantum many-body physics
computational modelling
condensed matter theory
How to Apply
For enquiries and application details, contact:
Prof Joachim Brand
j.brand@massey.ac.nz
Confirm application process with the institution before submission.
Prof Joachim Brand
j.brand@massey.ac.nz
Confirm application process with the institution before submission.
Eligibility
UK/Home
EU
International
Supervisor Profile
PJ
Prof Joachim Brand
Massey University, Dodd-Walls Centre for Photonic and Quantum Technologies
Prof Joachim Brand specializes in theoretical and computational physics focusing on quantum many-body systems and ultracold quantum gases. His research employs advanced quantum Monte Carlo and other simulation methods to explore emergent phenomena in condensed matter physics. He has contributed extensively to open-source scientific software and international collaborations.
Key Publications
Coherent Quantum Dynamics of Unitary Fermi Gas
This paper provides key insights into the dynamics of strongly interacting fermions, illuminating universal behavior in unitary Fermi gases.
Quantum Solitons and their Dynamics in Ultracold Gases
The study advanced understanding of quantum soliton formation and stability, crucial for controlling nonlinear phenomena in quantum gases.
Non-Equilibrium Dynamics and Thermalization in Isolated Quantum Systems
This work contributed to the understanding of how isolated quantum systems evolve towards equilibrium, impacting quantum thermodynamics.
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