A new book about Australia’s first university, the University of Sydney, celebrates the stories behind 20 world-leading discoveries and advancements in knowledge creation at the University of Sydney.
The Search for Knowledge and Understanding delves into the work of 20 of the University of Sydney’s greatest scholars. The book by Professor Maxwell Bennett who founded the BMRI (now called the Brain and Mind Centre) was launched this week.
Senior Deputy Vice-Chancellor Professor Stephen Garton, a historian, first encouraged Professor Bennett, AO, to write the book because of his wide-spanning knowledge and interest – from philosophy to neuroscience – having trained in engineering.
“Many of the best scholars over the years have drawn stimulus from the broad scholarly communities in which they thrive,” Professor Garton writes in the foreword.
“… one of Sydney’s remarkable strengths is in its intellectual breadth and depth.”
A snapshot of some of the highlights include:
In addition to discovering coal in the Hunter Valley, which brought wealth to the State, Tannatt William Edgeworth David claimed parts of Antarctica for the British Empire as a party of the first-ever expedition to Antarctica, led by Sir Ernest Shackleton, with student and fellow explorer Sir Douglas Mawson.
Edgeworth David is also celebrated for:
Biologist Robert May introduced a logistic process, to describe the dynamics of insect populations, which led to chaos theory.
Chaos theory is a branch of mathematics that focuses on the behavioural differences, based on high sensitivity and seemingly random events.
Arthur Dale Trendall, classical art historian and original curator of at the University of Sydney’s Nicholson Museum, identified the artists responsible for artwork on 5th Century BC Greek pottery and how this can illuminate the contemporary social mores.
He is recognised as one of the world’s greatest 20th-Century historians of classical art.
4. Discovering the neurons in the brain that let us see in 3D
Professor Peter Bishop’s work mapped the neural pathway responsible for binocular vision, answering the question of how we see the world in 3D.
An anatomy course while studying Medicine sparked his lifelong dedication to brain research.
His close friend, fellow undergraduate student Gough Whitlam, who later became Prime Minister, made a comment that would prove to be prophetic: “…[rather than training to be a GP] he will be happiest in a research job…”
Professor Bishop went on to become a leading contributor to neuroscience.
A leading scholar on human rights and the common law, Challis Professor of Jurisprudence (1975 – 2001) and part-time head of the Australian Law Reform Commission (1982-1987), Alice Erh-Soon Tay sought to protect the law from the encroachment of modern society seeking ‘quick and efficient’ administrative resolutions.
Her comparative analysis of legal systems was considered within a broader framework of the dangers posed by the development of autocratic systems of law, supported by her rich knowledge of the evolution of communist legal systems.
Ruby Payne-Scott helped establish the field of radio astronomy – using radio waves to detect solar bursts and probe the physics of the sun.
Described as "a physicist's physicist... of her generation" and the world's first female radio astronomer, she was forced to resign after she married.
The University of Sydney established the Payne-Scott Professorial Distinctions in 2017, a five-year appointment for academic excellence honouring the work of the Sydney alumna's pioneering research and teaching.
Ann Janet Woolcock revealed that together with a genetic predisposition, allergens in the environment trigger asthma.
A global leader in asthma research, Professor Woolcock also introduced the modern individualised asthma plans we know today.
The Woolcock Institute of Medical Research was named in Professor Woolcock's honour.
Henry Oliver Lancaster applied his mathematical and statistical skills with great impact.
He is renowned for two key advances for human health: discovering the relationship between exposure to rubella during pregnancy and babies being born deaf, and making the now ‘obvious’ link between exposure to sunlight and melanomas.
Professor Noel Hush detailed the structure of atoms that underpins our understanding of photosynthesis.
His electron-transfer theory has also been used show how devices can be designed at the molecular level – a significant part of the relatively new field of nanotechnology.
Professor Hush remained an enthusiastic contributor to University of Sydney scholarship until his death at the age of 94 in 2019.