Exploring Fast Radio Burst Populations

Optimising and searching for gravitational waves with the MeerKAT Pulsar Timing Array

Advanced Signal Processing for Fast Radio Burst and Pulsar Discovery

Advanced Signal Processing for Fast Radio Burst and Pulsar Discovery

Novel GPU-Based Digital Signal Processing for Rapid Prototyping with Phased Array Feeds;;

Mapping the Nanohertz Frequency Gravitational Wave Universe.

Mapping millisecond pulsars throughout the Milky Way with Very Long Baseline Interferometry

Searching for and timing the pulsars.

Mapping the Cosmic Web with FRBs

Discovering and studying Fast Radio Bursts using advanced signal processing techniques and machine learning

Searching for fast radio bursts with ASKAP

Searching for radio pulsars in archival surveys

Chromaticity of pulsar timing

Millisecond pulsar timing and gravitational wave searches with the MeerKAT radio telescope

Artificial Intelligence for Fast Data Analysis and Fast Transient Detection Applications

Exploring Precision Timing of Millisecond Pulsars with Wide-Bandwidth Observations

Enhancing the use of Galactic neutron stars as physical laboratories with precise astrometry

The Repetitions of Fast Radio Bursts

Exploring the magnetospheric and rotational properties of radio pulsars

Mapping the Universe with Fast Radio Bursts

Pinpointing the Origins of Fast Radio Bursts

Modelling Pulsar, Neutron Star and Black Hole Binaries in Isolated and Dynamical Environments

Searching For and Timing Millisecond Pulsars

Machine learning, real-time techniques for the discovery, analysis and study of Fast Radio Bursts

Timing properties across the pulsar population