Gibbons Memorial Lecture Series
In 2008, the School of Computer Science began an annual lecture series to present Computer Science research to the wider public. The lectures are named the "Gibbons Lectures" in memory of Associate Professor Peter Gibbons.
About Associate Professor Peter Gibbons
Peter Gibbons was a member of the University of Auckland's Department of Computer Science from its earliest days in 1980 until his retirement in 2004.
His began his academic career at Massey University, where he completed a Bachelor of Science in Mathematics and Statistics with First-class Honours in 1970. This was followed in 1972 by a Master of Science in Computer Science with Distinction – the first degree in Computer Science awarded in New Zealand.
He completed his PhD in Toronto then returned to New Zealand to lecture at Massey, before moving to the University of Auckland. His tenure included a three year stint as Head of Department.
After retirement, Peter continued his association with the University under an honorary appointment.
The 2019 Gibbons Memorial Lecture Series is now over. We will publish details of our 2020 series once they become available.
Browse the links below for videos of our past events.
Dates | 2020 dates TBC
Time | TBC
Location | TBC
Refreshments will be available before each lecture.
The Gibbons Lectures fund
The prestige of these lectures and their permanence depends on funding. Click the link below to support the Gibbons Memorial Lecture series by gifting a one off or regular contribution.
Quantum computers are remarkably complex machines that challenge almost everything we know about computing. Given their complexity, it difficult for us to understand their limits.
Experts believe quantum computers can crack all modern security algorithms and do immediate pattern recognition. If this is the case, what are the implications for not only computing but also wider society?
The 2019 Gibbons Memorial Lecture Series delves into this fascinating topic.
Our thanks to IT Professionals New Zealand and Auckland ICT Graduate School for supporting the 2019 Gibbons Memorial Lecture Series.
Quantum computing: What it is, and how we do it?
Dr Michael Dinneen gives an explanation (for novices) of what quantum computing is, and compares it to traditional digital/classical computing.
Cryptography after quantum computers
Quantum computers will be able to break some of the most famous and widely deployed cryptosystems. Will our private information be secure in a post-quantum world?
Professor Steven Galbraith surveys modern cryptography and indicates which current systems are potentially vulnerable to quantum computers.
Searching for the quantum frontier
Professor Michael Bremner from the Centre for Quantum Software and Information at the University of Technology Sydney discusses the quantum frontier.
Michael asks how quantum advantage emerges from the subtle characteristics of problems where quantum interference can best be utilised, and why this makes building and developing applications for quantum computers such a difficult task.
Panel discussion: The future of quantum computing
In this panel discussion, Professor Howard J Carmichael and Professor Cristian S Calude discuss what the future holds for quantum computing.
Professor Gill Dobbie moderates the discussion.
Robots everywhere - Robotics in industry and at home
Experts tell us that robotic technology will soon dramatically change our lives. It is true that, in recent years robots, machine learning and automation has become more cost-effective and reliable.
The 2018 Gibbons Memorial Lecture Series discusses the present and future of robotic technology.
Robotics research in New Zealand
In recent years, farms, factories, homes and offices have felt a strong need to automate some tasks that are currently done manually. As well as machinery, this may involve measurement and monitoring, helping humans make decisions or taking over some parts of decision-making.
Professor Bruce MacDonald from the University of Canterbury describes international trends and some of the ongoing work and future directions for robotics research in New Zealand.
Robotics in industry
Mike Shatford, the Managing Director of Design Energy Limited, tries to close the loop between academia and industry with this talk on robotic production in New Zealand.
He presents the successes – where, and how, robotics serve the current market. He also discusses the gaps and opportunities, for both the originators of new technology and the end-users.
Will robotic vision ever fully replace human vision?
Robotic, or computer, vision, studies the extraction of useful information from images. Many consider it one of the most promising investment sectors for the future.
Associate Professor Patrice Delmas discusses the topic of computer vision, its current status and challenges, and the parallels between human vision and computer vision.
Can we be friends with robots?
Social robots are now being made to assist us in our daily lives, in our homes and workplaces. These robots typically look humanoid and are designed to display signs of attention, cognition and emotion.
Associate Professor Elizabeth Broadbent from the Department of Psychological Medicine discusses how people feel about living with such robots, and the potential benefits and harm robots may bring.
Steps towards the singularity - Artificial intelligence and its impact
Machines that mimic human cognitive functions, such as learning and problem solving, are said to exhibit artificial intelligence or AI.
As the use of such smart technology grows, some believe that we are rapidly approaching The Singularity - the hypothesis that artificial super-intelligence will trigger runaway technological growth and result in unfathomable changes to human civilisation.
The 2017 Gibbons Memorial lectures series aimed to highlight the important role that artificial intelligence plays in our lives.
AI: from Aristotle to deep learning machines
Professor Nikola Kasabov, Director of the KEDRI Research Institute at Auckland University of Technology discusses the main principles used in AI.
Starting with Aristotle’s true/false logic he traverses the history of the field through fuzzy logic, evolutionary computation and neural networks, to arrive at the current state-of-the-art in AI – the deep learning machines.
Home smart home
As our population ages, the demand for supervised care rises with increasing rates of diseases such as Alzheimer’s or Parkinson’s. Unfortunately, this is a demand that society finds more and more difficult to satisfy.
Professor Hans Guesgen from Massey University discusses how artificial intelligence may offer a solution to this problem.
Deep learning - what's missing?
There have certainly been some spectacular improvements in machine learning over the last couple of years, and one has to wonder, what comes next?
Associate Professor Marcus Frean from Massey University discusses recent breakthroughs in the field and their intrinsic limitations. Finally, he makes some guesses about where the frontiers might lie.
The ethics of AI
As AI becomes more widespread, in the home, workplace and battlefield, with the deployed systems increasingly becoming autonomous, society needs to consider the ethics underpinning and supporting these systems.
Associate Professor Ian Watson considers the ethical issues surrounding AI. He looks at the global initiatives that are currently underway and explores the wider role that society as a whole may need to take.