Ben McAllister

Dr. Ben McAllister is a Research Fellow at Swinburne University of Technology's School of Science, Computing and Emerging Technologies. He serves as leader of the Swinburne Axion Group and a node leader in the ORGAN and ADMX collaborations, with a focus on axion dark matter detection and quantum sensor development. His work bridges fundamental physics and quantum technology, supported by two major ARC grants.

• Research Areas: Axion dark matter detection, quantum sensors, microwave engineering, semiconductor physics, deep underground physics
• Awards: ARC DECRA Fellow
• Supervision: Available for PhD supervision in dark matter research

McAllister's research explores the intersection of quantum technology and dark matter physics. Key projects include:

• Developing ultra-low-noise axion haloscopes using Josephson parametric amplifiers
• Advancing tunable cavity resonator designs for higher-frequency dark matter searches
• Investigating semiconductor conductivity at millikelvin temperatures for quantum applications
• Establishing cryogenic facilities for low-background fundamental physics experiments

His scientific publications demonstrate expertise in:

• Microwave cavity design for dark matter detection
• Quantum-limited amplifier integration
Material science for quantum devices
• Statistical analysis of dark matter coupling parameters
• Theoretical modeling of axion-electromagnetic interactions

Scientific Awards:

• Australian Research Council DECRA Fellowship

Research Leadership:
• Leads Swinburne Axion Group
• Node leader in ORGAN and ADMX dark matter experiments
• Victorian lead for CELLAR cryogenic underground facility
• Collaborates with Engineering and Optical Sciences Centre researchers

Grants:
• Enhancing Australian Dark Matter Searches with Quantum Technology (2025-2028)
• Cryogenic Experimental Laboratory for Low-background Australian Research (2024-2025)