Expression of Interest for Research Scholarships
The School of Mathematical & Physical Sciences and the Australian Astronomical Optics (AAO) groups at Macquarie University are seeking outstanding candidates for PhD and Masters of Research scholarships commencing January 2027. This is the combined Expression of Interest Form for Mathematics, Statistics, Physics, Astronomy, and AAO projects, with a deadline of 12 July 2026. Applicants successful at this first round of application will be contacted by supervisors to interview for suitability. Supervisors will then decide on candidates to nominate to apply for the University-wide scholarships.
Applicant Details
Given Name
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Family Name
*
Email Address
*
example@example.com
Eligibility for MRes and/or PhD
If you have completed a bachelor without a research component, you will not be eligible for MRes or PhD scholarships at Macquarie. If you have completed an honours/grad dip/masters by coursework/integrated masters degree, you will be eligible for a combined MRes (1 year) + PhD (3 year) scholarship.If you have already completed a masters including more than 1 year full time equivalent of research (eg a typical MSc or MPhil) you will be eligible for direct admission to PhD (3 years scholarship).
Previous Degrees
Academic Record
Scholarships at Macquarie for international research students are highly competitive: you will typically be required to have a high-distinction average in Australian equivalent GPA (ie 85+ in systems out of 100, 3.7+ out of 4, and 6+ in systems out of 7). We recognise that different countries have different marking systems, and that some places mark more easily or mark harder than others. If you have a rank in your class (eg third out of 53 students) write that rank in this form (eg 3/53) and this will give the university admissions office better context.
GPA of Most Recent Degree
*
GPA Scale / Out of
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Please state your rank amongst the graduating cohort of your most recent degree, if known, as rank / N. (If unknown, leave blank).
Did your most recent degree include a thesis component?
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Yes
No
Thesis Mark as a percentage
Completion Date of Highest Degree: if you have not completed your most recent degree, please apply at a future round.
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-
Day
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Month
Year
Project Preferences and Publications
Look at our project page and list up to three PhD projects you would be interested in from the drop-down menu. See the project list here: https://www.mq.edu.au/faculty-of-science-and-engineering/departments-and-schools/school-of-mathematical-and-physical-sciences/study-with-us/higher-degree-research
First Preference Project
*
Please Select
1. (Astronomy) Daniel Terno: Physical black holes: role of the horizons
2. (Astronomy) Richard de Grijs: Stellar variability: redefining the Milky Way’s fundamentals
3. (Astronomy) Richard de Grijs: Modes of star formation across the Milky Way
4. (Astronomy) Andrew Hopkins: Environmental regulation of supermassive black hole feedback across the cosmic web
5. (Astronomy) Matt Owers: Galaxy transformation during cluster assembly
6. (Astronomy) Devika Kamath: Cosmic alchemy: evolved stars as probes for stellar nucleosynthesis
7. (Astronomy) Devika Kamath: Multi-wavelength high-angular-resolution imaging of second-generation planet-forming discs
8. (Astronomy) Tayyaba Zafar: Galaxy evolution through dust and metal cycles
9. (Astronomy) Tayyaba Zafar: Gas, dust, and metals in the era of 4MOST: a data-driven approach
10. (Astronomy) Matt Owers: The impact of environment on galaxies as probed by the SAMI and Hector Galaxy surveys
11. (Astronomy) Richard McDermid: Understanding galaxies near and far with MUSE
12. (Astronomy) Andrew Hopkins: Measuring galaxy star formation rates
13. (Astronomy) Angel Lopez-Sanchez: Unveiling the connections between gas, stars and star formation in nearby dwarf galaxies
14. (Astronomy) Devika Kamath: Using dying stars to reveal the origin of elemental isotopes in the universe
15. (Astronomy) Benjamin Pope: Imaging exoplanets with the James Webb Space Telescope
16. (Astronomy) Benjamin Pope: Finding Earth's neighbours with extremely precise radial velocities
17. (Astronomy) Richard de Grijs: Stellar variability: redefining the Milky Way's fundamentals
18. (Astronomy) Richard de Grijs: Forming the Milky Way inside out
19. (Astronomy) Daniel Zucker: Galactic archaeology
20. (Astronomy) Daniel Zucker: Satellites and stellar streams in the Local Group
21. (Astronomy) Tayyaba Zafar: Revealing dust properties in distant environments
22. (Astronomy) Joanne Dawson: The Australia Square Kilometre Array Pathfinder as a hydroxyl absorption machine
23. (Astronomy) Joanne Dawson: Using pulsars to probe interstellar sheets and filaments at the Solar System scale
24. (Astronomy) Devika Kamath: The structure and evolution of disks around evolved binary stars and its implications on binary evolution
25. (Astronomy) Orsola De Marco: Stellar collisions
26. (Astronomy) Jon Lawrence; Lee Spitler: Novel spacecraft optical systems
27. (Astronomy) Simon Ellis: Astrophotonics
28. (Astronomy) Dani Guzman: Adaptive optics for wide-field astronomical systems and high-resolution microscopy
29. (Astronomy) Lee Spitler: Make space safer with the Huntsman Telescope
30. (Astronomy) Christian Schwab: An ultra-stable infrared spectrograph to search for Earth-like planets
31. (Astronomy) Richard McDermid: Galaxy classification by deep learning
32. (Mathematics) Christian Thomas: Laminar flow control via the right sort of roughness
33. (Mathematics) Christian Thomas: Optimising hybrid-nanofluids to enhance heat transfer and flow stability
34. (Mathematics) Jean-Simon Pacaud Lemay: Projects in differential/tangent categories for mathematics
35. (Mathematics) Jean-Simon Pacaud Lemay: Projects in (reverse) differential categories for computer science, machine learning, etc.
36. (Mathematics) Jean-Simon Pacaud Lemay: Projects on generalized inverses in category theory
37. (Mathematics) Bregje Pauwels: One Tree Island functors
38. (Mathematics) Stuart Hawkins: Rayleigh-Bloch waves
39. (Mathematics) Stuart Hawkins: Advanced Bayesian algorithms for inverse wave scattering
40. (Mathematics) Xuan Duong: Estimates on singular integrals
41. (Mathematics) The Anh Bui: Function spaces in harmonic analysis
42. (Mathematics) Ji Li: Group structure and multiparameter analysis
43. (Mathematics) Catherine Penington; Justin Tzou: Modelling cell invasion in crowded biological tissue using partial differential equations and probabilistic individual-agent models
44. (Mathematics) Xuan Duong: Modern harmonic analysis: singular integrals on various function spaces
45. (Mathematics) Ji Li: Recent developments in modern harmonic analysis, singular integrals and related function spaces
46. (Mathematics) Adam Sikora: Riesz transform for Grushin-type operators
47. (Mathematics) The Anh Bui: Singular integrals beyond the Calderon-Zygmund theory and applications in partial differential equations
48. (Physics) James Downes: Diamagnetic levitation and cooling for high-Q micro-mechanical systems
49. (Physics) Daniel Terno: Relativistic quantum metrology and interferometry
50. (Physics) Gavin Brennen: Spacetime emerging from quantum information
51. (Physics) Richard Mildren: Low-noise Raman lasers for optical clocks and quantum control
52. (Physics) Richard Mildren: Waveguide diamond Raman lasers
53. (Physics) Richard Mildren: Self-referenced optical frequency stabilisation in diamond oscillators
54. (Physics) Alexander Fuerbach: Computational modelling of laser-driven fusion targets for inertial fusion energy
55. (Physics) Alexander Fuerbach: Ultrafast laser beam delivery and femtosecond timing for the AWAKE experiment at CERN
56. (Physics) Alexander Fuerbach: On-chip mid-infrared hyperspectral imaging for molecular detection
57. (Physics) Michael Steel: Finding a quantum advantage in Raman microscopy
58. (Physics) David Spence: LiDAR sensing of water properties
59. (Statistics) Jack Freestone: Powerful and unified false discovery rate control for replicability across multiple environments
60. (Statistics) Houying Zhu: Trustworthy data-driven discovery from complex high-dimensional data
61. (Statistics) Jack Freestone: Reliable false discovery control for proteomics
62. (Statistics) Maurizio Manuguerra: Model selection in survival analysis: transformation models to the rescue
63. (Statistics) Nan Zou: Theoretical foundations for subsampling methods for artificial intelligence
64. (Statistics) Jun Ma: Stable computations of the semiparametric accelerated failure time (AFT) models and extension to neural network based AFT models
65. (Statistics) Jun Ma: Variable selection in graphical semiparametric accelerated failure time model with partly interval-censored data
66. (Statistics) Jun Ma: Cumulative incidence-specific models for competing risks – extensions to time-varying covariates and joint modelling
67. (Statistics) Thomas Fung: Empirical likelihood inference for mixed-effects models with heaped count responses and temporally correlated latent variables
68. (Statistics) Nino Kordzakhia; Hassan Doosti: Adaptive nonparametric estimation of unknown functions
69. (Statistics) Georgy Sofronov: Robust and reliable methods for identifying change-points in sequences of random variables
70. (Statistics) Georgy Sofronov: Novel optimal sequential procedures for decision making with sequentially collected data
71. (Statistics) Nan Zou: Theory of massive-data bootstrap procedures
72. (AAO) Richard McDermid: MAVIS Science
73. (AAO) Jon Lawrence: High-Precision Robotics
74. (AAO) Jon Lawrence: Hyperspectral Endoscopy Imaging
75. (AAO) Jon Lawrence: AI-Assisted Precision Engineering Design (Lawrence)
76. (AAO) Lee Spitler: Novel Spacecraft Optical Systems
77. (AAO) Lee Spitler: Multi-Sensor Space Domain Awareness
78. (AAO) Lee Spitler: Hyperspectral Imaging of Asteroid Apophis
79. (AAO) Simon Ellis: Astrophotonics
80. (AAO) Dani Guzman: PSF Estimation for ULTIMATE/Subaru
81. (AAO) Dani Guzman: Atmospheric Turbulence Modelling for AO
82. (AAO) Dani Guzman: Widefield Deep-Tissue AO Microscopy
Second Preference Project
Please Select
1. (Astronomy) Daniel Terno: Physical black holes: role of the horizons
2. (Astronomy) Richard de Grijs: Stellar variability: redefining the Milky Way’s fundamentals
3. (Astronomy) Richard de Grijs: Modes of star formation across the Milky Way
4. (Astronomy) Andrew Hopkins: Environmental regulation of supermassive black hole feedback across the cosmic web
5. (Astronomy) Matt Owers: Galaxy transformation during cluster assembly
6. (Astronomy) Devika Kamath: Cosmic alchemy: evolved stars as probes for stellar nucleosynthesis
7. (Astronomy) Devika Kamath: Multi-wavelength high-angular-resolution imaging of second-generation planet-forming discs
8. (Astronomy) Tayyaba Zafar: Galaxy evolution through dust and metal cycles
9. (Astronomy) Tayyaba Zafar: Gas, dust, and metals in the era of 4MOST: a data-driven approach
10. (Astronomy) Matt Owers: The impact of environment on galaxies as probed by the SAMI and Hector Galaxy surveys
11. (Astronomy) Richard McDermid: Understanding galaxies near and far with MUSE
12. (Astronomy) Andrew Hopkins: Measuring galaxy star formation rates
13. (Astronomy) Angel Lopez-Sanchez: Unveiling the connections between gas, stars and star formation in nearby dwarf galaxies
14. (Astronomy) Devika Kamath: Using dying stars to reveal the origin of elemental isotopes in the universe
15. (Astronomy) Benjamin Pope: Imaging exoplanets with the James Webb Space Telescope
16. (Astronomy) Benjamin Pope: Finding Earth's neighbours with extremely precise radial velocities
17. (Astronomy) Richard de Grijs: Stellar variability: redefining the Milky Way's fundamentals
18. (Astronomy) Richard de Grijs: Forming the Milky Way inside out
19. (Astronomy) Daniel Zucker: Galactic archaeology
20. (Astronomy) Daniel Zucker: Satellites and stellar streams in the Local Group
21. (Astronomy) Tayyaba Zafar: Revealing dust properties in distant environments
22. (Astronomy) Joanne Dawson: The Australia Square Kilometre Array Pathfinder as a hydroxyl absorption machine
23. (Astronomy) Joanne Dawson: Using pulsars to probe interstellar sheets and filaments at the Solar System scale
24. (Astronomy) Devika Kamath: The structure and evolution of disks around evolved binary stars and its implications on binary evolution
25. (Astronomy) Orsola De Marco: Stellar collisions
26. (Astronomy) Jon Lawrence; Lee Spitler: Novel spacecraft optical systems
27. (Astronomy) Simon Ellis: Astrophotonics
28. (Astronomy) Dani Guzman: Adaptive optics for wide-field astronomical systems and high-resolution microscopy
29. (Astronomy) Lee Spitler: Make space safer with the Huntsman Telescope
30. (Astronomy) Christian Schwab: An ultra-stable infrared spectrograph to search for Earth-like planets
31. (Astronomy) Richard McDermid: Galaxy classification by deep learning
32. (Mathematics) Christian Thomas: Laminar flow control via the right sort of roughness
33. (Mathematics) Christian Thomas: Optimising hybrid-nanofluids to enhance heat transfer and flow stability
34. (Mathematics) Jean-Simon Pacaud Lemay: Projects in differential/tangent categories for mathematics
35. (Mathematics) Jean-Simon Pacaud Lemay: Projects in (reverse) differential categories for computer science, machine learning, etc.
36. (Mathematics) Jean-Simon Pacaud Lemay: Projects on generalized inverses in category theory
37. (Mathematics) Bregje Pauwels: One Tree Island functors
38. (Mathematics) Stuart Hawkins: Rayleigh-Bloch waves
39. (Mathematics) Stuart Hawkins: Advanced Bayesian algorithms for inverse wave scattering
40. (Mathematics) Xuan Duong: Estimates on singular integrals
41. (Mathematics) The Anh Bui: Function spaces in harmonic analysis
42. (Mathematics) Ji Li: Group structure and multiparameter analysis
43. (Mathematics) Catherine Penington; Justin Tzou: Modelling cell invasion in crowded biological tissue using partial differential equations and probabilistic individual-agent models
44. (Mathematics) Xuan Duong: Modern harmonic analysis: singular integrals on various function spaces
45. (Mathematics) Ji Li: Recent developments in modern harmonic analysis, singular integrals and related function spaces
46. (Mathematics) Adam Sikora: Riesz transform for Grushin-type operators
47. (Mathematics) The Anh Bui: Singular integrals beyond the Calderon-Zygmund theory and applications in partial differential equations
48. (Physics) James Downes: Diamagnetic levitation and cooling for high-Q micro-mechanical systems
49. (Physics) Daniel Terno: Relativistic quantum metrology and interferometry
50. (Physics) Gavin Brennen: Spacetime emerging from quantum information
51. (Physics) Richard Mildren: Low-noise Raman lasers for optical clocks and quantum control
52. (Physics) Richard Mildren: Waveguide diamond Raman lasers
53. (Physics) Richard Mildren: Self-referenced optical frequency stabilisation in diamond oscillators
54. (Physics) Alexander Fuerbach: Computational modelling of laser-driven fusion targets for inertial fusion energy
55. (Physics) Alexander Fuerbach: Ultrafast laser beam delivery and femtosecond timing for the AWAKE experiment at CERN
56. (Physics) Alexander Fuerbach: On-chip mid-infrared hyperspectral imaging for molecular detection
57. (Physics) Michael Steel: Finding a quantum advantage in Raman microscopy
58. (Physics) David Spence: LiDAR sensing of water properties
59. (Statistics) Jack Freestone: Powerful and unified false discovery rate control for replicability across multiple environments
60. (Statistics) Houying Zhu: Trustworthy data-driven discovery from complex high-dimensional data
61. (Statistics) Jack Freestone: Reliable false discovery control for proteomics
62. (Statistics) Maurizio Manuguerra: Model selection in survival analysis: transformation models to the rescue
63. (Statistics) Nan Zou: Theoretical foundations for subsampling methods for artificial intelligence
64. (Statistics) Jun Ma: Stable computations of the semiparametric accelerated failure time (AFT) models and extension to neural network based AFT models
65. (Statistics) Jun Ma: Variable selection in graphical semiparametric accelerated failure time model with partly interval-censored data
66. (Statistics) Jun Ma: Cumulative incidence-specific models for competing risks – extensions to time-varying covariates and joint modelling
67. (Statistics) Thomas Fung: Empirical likelihood inference for mixed-effects models with heaped count responses and temporally correlated latent variables
68. (Statistics) Nino Kordzakhia; Hassan Doosti: Adaptive nonparametric estimation of unknown functions
69. (Statistics) Georgy Sofronov: Robust and reliable methods for identifying change-points in sequences of random variables
70. (Statistics) Georgy Sofronov: Novel optimal sequential procedures for decision making with sequentially collected data
71. (Statistics) Nan Zou: Theory of massive-data bootstrap procedures
72. (AAO) Richard McDermid: MAVIS Science
73. (AAO) Jon Lawrence: High-Precision Robotics
74. (AAO) Jon Lawrence: Hyperspectral Endoscopy Imaging
75. (AAO) Jon Lawrence: AI-Assisted Precision Engineering Design (Lawrence)
76. (AAO) Lee Spitler: Novel Spacecraft Optical Systems
77. (AAO) Lee Spitler: Multi-Sensor Space Domain Awareness
78. (AAO) Lee Spitler: Hyperspectral Imaging of Asteroid Apophis
79. (AAO) Simon Ellis: Astrophotonics
80. (AAO) Dani Guzman: PSF Estimation for ULTIMATE/Subaru
81. (AAO) Dani Guzman: Atmospheric Turbulence Modelling for AO
82. (AAO) Dani Guzman: Widefield Deep-Tissue AO Microscopy
Third Preference Project
Please Select
1. (Astronomy) Daniel Terno: Physical black holes: role of the horizons
2. (Astronomy) Richard de Grijs: Stellar variability: redefining the Milky Way’s fundamentals
3. (Astronomy) Richard de Grijs: Modes of star formation across the Milky Way
4. (Astronomy) Andrew Hopkins: Environmental regulation of supermassive black hole feedback across the cosmic web
5. (Astronomy) Matt Owers: Galaxy transformation during cluster assembly
6. (Astronomy) Devika Kamath: Cosmic alchemy: evolved stars as probes for stellar nucleosynthesis
7. (Astronomy) Devika Kamath: Multi-wavelength high-angular-resolution imaging of second-generation planet-forming discs
8. (Astronomy) Tayyaba Zafar: Galaxy evolution through dust and metal cycles
9. (Astronomy) Tayyaba Zafar: Gas, dust, and metals in the era of 4MOST: a data-driven approach
10. (Astronomy) Matt Owers: The impact of environment on galaxies as probed by the SAMI and Hector Galaxy surveys
11. (Astronomy) Richard McDermid: Understanding galaxies near and far with MUSE
12. (Astronomy) Andrew Hopkins: Measuring galaxy star formation rates
13. (Astronomy) Angel Lopez-Sanchez: Unveiling the connections between gas, stars and star formation in nearby dwarf galaxies
14. (Astronomy) Devika Kamath: Using dying stars to reveal the origin of elemental isotopes in the universe
15. (Astronomy) Benjamin Pope: Imaging exoplanets with the James Webb Space Telescope
16. (Astronomy) Benjamin Pope: Finding Earth's neighbours with extremely precise radial velocities
17. (Astronomy) Richard de Grijs: Stellar variability: redefining the Milky Way's fundamentals
18. (Astronomy) Richard de Grijs: Forming the Milky Way inside out
19. (Astronomy) Daniel Zucker: Galactic archaeology
20. (Astronomy) Daniel Zucker: Satellites and stellar streams in the Local Group
21. (Astronomy) Tayyaba Zafar: Revealing dust properties in distant environments
22. (Astronomy) Joanne Dawson: The Australia Square Kilometre Array Pathfinder as a hydroxyl absorption machine
23. (Astronomy) Joanne Dawson: Using pulsars to probe interstellar sheets and filaments at the Solar System scale
24. (Astronomy) Devika Kamath: The structure and evolution of disks around evolved binary stars and its implications on binary evolution
25. (Astronomy) Orsola De Marco: Stellar collisions
26. (Astronomy) Jon Lawrence; Lee Spitler: Novel spacecraft optical systems
27. (Astronomy) Simon Ellis: Astrophotonics
28. (Astronomy) Dani Guzman: Adaptive optics for wide-field astronomical systems and high-resolution microscopy
29. (Astronomy) Lee Spitler: Make space safer with the Huntsman Telescope
30. (Astronomy) Christian Schwab: An ultra-stable infrared spectrograph to search for Earth-like planets
31. (Astronomy) Richard McDermid: Galaxy classification by deep learning
32. (Mathematics) Christian Thomas: Laminar flow control via the right sort of roughness
33. (Mathematics) Christian Thomas: Optimising hybrid-nanofluids to enhance heat transfer and flow stability
34. (Mathematics) Jean-Simon Pacaud Lemay: Projects in differential/tangent categories for mathematics
35. (Mathematics) Jean-Simon Pacaud Lemay: Projects in (reverse) differential categories for computer science, machine learning, etc.
36. (Mathematics) Jean-Simon Pacaud Lemay: Projects on generalized inverses in category theory
37. (Mathematics) Bregje Pauwels: One Tree Island functors
38. (Mathematics) Stuart Hawkins: Rayleigh-Bloch waves
39. (Mathematics) Stuart Hawkins: Advanced Bayesian algorithms for inverse wave scattering
40. (Mathematics) Xuan Duong: Estimates on singular integrals
41. (Mathematics) The Anh Bui: Function spaces in harmonic analysis
42. (Mathematics) Ji Li: Group structure and multiparameter analysis
43. (Mathematics) Catherine Penington; Justin Tzou: Modelling cell invasion in crowded biological tissue using partial differential equations and probabilistic individual-agent models
44. (Mathematics) Xuan Duong: Modern harmonic analysis: singular integrals on various function spaces
45. (Mathematics) Ji Li: Recent developments in modern harmonic analysis, singular integrals and related function spaces
46. (Mathematics) Adam Sikora: Riesz transform for Grushin-type operators
47. (Mathematics) The Anh Bui: Singular integrals beyond the Calderon-Zygmund theory and applications in partial differential equations
48. (Physics) James Downes: Diamagnetic levitation and cooling for high-Q micro-mechanical systems
49. (Physics) Daniel Terno: Relativistic quantum metrology and interferometry
50. (Physics) Gavin Brennen: Spacetime emerging from quantum information
51. (Physics) Richard Mildren: Low-noise Raman lasers for optical clocks and quantum control
52. (Physics) Richard Mildren: Waveguide diamond Raman lasers
53. (Physics) Richard Mildren: Self-referenced optical frequency stabilisation in diamond oscillators
54. (Physics) Alexander Fuerbach: Computational modelling of laser-driven fusion targets for inertial fusion energy
55. (Physics) Alexander Fuerbach: Ultrafast laser beam delivery and femtosecond timing for the AWAKE experiment at CERN
56. (Physics) Alexander Fuerbach: On-chip mid-infrared hyperspectral imaging for molecular detection
57. (Physics) Michael Steel: Finding a quantum advantage in Raman microscopy
58. (Physics) David Spence: LiDAR sensing of water properties
59. (Statistics) Jack Freestone: Powerful and unified false discovery rate control for replicability across multiple environments
60. (Statistics) Houying Zhu: Trustworthy data-driven discovery from complex high-dimensional data
61. (Statistics) Jack Freestone: Reliable false discovery control for proteomics
62. (Statistics) Maurizio Manuguerra: Model selection in survival analysis: transformation models to the rescue
63. (Statistics) Nan Zou: Theoretical foundations for subsampling methods for artificial intelligence
64. (Statistics) Jun Ma: Stable computations of the semiparametric accelerated failure time (AFT) models and extension to neural network based AFT models
65. (Statistics) Jun Ma: Variable selection in graphical semiparametric accelerated failure time model with partly interval-censored data
66. (Statistics) Jun Ma: Cumulative incidence-specific models for competing risks – extensions to time-varying covariates and joint modelling
67. (Statistics) Thomas Fung: Empirical likelihood inference for mixed-effects models with heaped count responses and temporally correlated latent variables
68. (Statistics) Nino Kordzakhia; Hassan Doosti: Adaptive nonparametric estimation of unknown functions
69. (Statistics) Georgy Sofronov: Robust and reliable methods for identifying change-points in sequences of random variables
70. (Statistics) Georgy Sofronov: Novel optimal sequential procedures for decision making with sequentially collected data
71. (Statistics) Nan Zou: Theory of massive-data bootstrap procedures
72. (AAO) Richard McDermid: MAVIS Science
73. (AAO) Jon Lawrence: High-Precision Robotics
74. (AAO) Jon Lawrence: Hyperspectral Endoscopy Imaging
75. (AAO) Jon Lawrence: AI-Assisted Precision Engineering Design (Lawrence)
76. (AAO) Lee Spitler: Novel Spacecraft Optical Systems
77. (AAO) Lee Spitler: Multi-Sensor Space Domain Awareness
78. (AAO) Lee Spitler: Hyperspectral Imaging of Asteroid Apophis
79. (AAO) Simon Ellis: Astrophotonics
80. (AAO) Dani Guzman: PSF Estimation for ULTIMATE/Subaru
81. (AAO) Dani Guzman: Atmospheric Turbulence Modelling for AO
82. (AAO) Dani Guzman: Widefield Deep-Tissue AO Microscopy
83. (Astronomy) Richard de Grijs: Forming the Milky Way inside out
Publications
Some students will have published papers: this is not required. If you have, please create a library record on ADS or SciX listing these papers, and link them here.
ADS/SciX Library of any Publications
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English Language Certificate: TOEFL/IELTS or equivalent. Duolingo is not accepted. This is mandatory unless you have completed a minimum of five years’ study in Australia, Canada, New Zealand, South Africa, Ireland, the United Kingdom, or the United States of America. For more information about English language requirements, see the bottom of this page: https://www.mq.edu.au/research/phd-and-research-degrees/explore-research-degrees/doctor-of-philosophy
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