It is with great sadness we inform you that Professor Leone Spiccia passed away on the 18th December 2016. He was an exceptional chemist and colleague and is sadly missed by everyone in the School of Chemistry and beyond. You can read more about Leone's life and work here.
A celebration of Leone's work with his many colleagues, collaborators and students will take place during the 6th Asian Conference on Coordination Chemistry as part of the RACI Centenary Congress in July 2017.
Leone's wife Vivien has written the following obituary which appeared in The Western Australian newspaper.
Leone Spiccia was a world-renowned Australian research scientist, who worked on the forefront of sustainable energy, medical diagnostic and therapeutic technologies. For his contribution to the field of inorganic, medicinal and materials chemistry he received a number of prestigious domestic and international awards that recognise his research contributions made over the years. These included: The Forschungszentrum Dresden Rossendorf Fellow (Germany, 2007), the Senior Research Award from the Alexander von Humboldt Foundation (Germany, 2010), The RACI HG Smith Medal (Australia, 2012), Honorary Appointed Professor in the Catalysis Research Centre at Hokkaido University (Japan, 2012), The RACI Inorganic Division Burrows Award (Australia, 2013), an ARC Discovery Outstanding Researcher Award (Australia, 2013) and a Helmholtz International Fellowship (German, 2014). He published over 315 refereed papers and lodged 4 patents.
Leone came from humble beginning’s, being born to Luigi and Catena Spiccia, in the town of Sinagra, province of Messina, Italy. At a young age, it was discovered that Leone was advanced and he skipped grades of school. Luigi and Catena worked on the land and in their tile factory and things were tough. Leone's academic abilities may have gone unnoticed, however, by some miracle, his Uncle Gaetano Russo came back to Sinagra from Perth for a holiday. Leone's Mum and Dad decided overnight that they would leave Italy behind and make a new life in Australia for their 3 children (brother Carmelo and sister Mariannina) where there would be better opportunities for them.
They arrived in Australia on July 22nd 1968 when Leone was 11. He went straight into Osborne Park Primary School with no English and next year moved to Westminster Primary School in Balga, where the family settled down. Luigi worked as a stonemason around Perth. This was an excellent introduction to local Australian life. Balga was a cultural melting pot and the newly opened Balga High School was tremendous. Leone excelled at high school, and loved playing sports mainly soccer and cricket. He eventually played for Wanneroo Districts Cricket Club. The family, who didn't drive, would catch taxis to see Leone play. Luigi and Catena were very proud of the success of Leone pursuing his education onto the University of Western Australia in 1975. They always valued the importance of education for their children.
Leone excelled at his studies at UWA and decided to major in chemistry which he loved. While doing Honours in chemistry at 21 he met Vivien and they became lifelong partners. They married in 1983 eventually having 2 children. Leone graduated with a BSc(Hons)1979 and he received his PhD in Physical and Inorganic Chemistry from UWA in 1984 under the supervision of Professor Don Watts and Dr Jack Harrowfield. Following post-doctoral positions with Professors TW Swaddle at the University of Calgary, Canada (1983-4), W Marty at the Institut de Chimie Universite de Neuchatel, Switzerland (1984-6) and Alan Sargeson ANU in Canberra in (1986-7), he was appointed as Lecturer in Chemistry at Monash University in Melbourne in 1987. He was promoted to Reader in Chemistry in 1999 and Professor in 2006.
Leone’s research on solar energy conversion was exploring the application of metal complexes in dye-sensitised solar cells, water splitting devices for the production of hydrogen as a clean and renewable energy source (The research devised a new way to split water into hydrogen, a fuel, and oxygen with an efficiency of 22%, the highest recorded so far), and the development of lead iodide perovskite based thin film solar cells. His research focussed on the development of metal complexes and inorganic materials which mimic metallo-enzymes, aid the understanding of geochemical and environmental processes or can be applied in solar energy conversion, cancer diagnosis and therapy, recombinant protein purification and biosensing.
He has held major administrative positions including Deputy Head of the School of Chemistry 2002-6, and Deputy Dean and Associate Dean Research of the Faculty of Science 2006-8. He was a member of the ARC College of Experts 2008-10 and Chair of the Physics, Chemistry and Earth Sciences Panel 2010. He was a member of the international advisory boards of several leading journals including NanoEnergy and Inorganic Chemistry.
He had a strong record in postgraduate supervision having supervised 55 students and more than 50 post-doctoral fellows. In 2005, in recognition of his supervisory excellence he received the Vice-Chancellors Award for Postgraduate Supervision.
Both Leone's children Nadia and Nicolas studied chemistry and he was able to lecture them instilling the value of education like his parents had done for him. He was a great father who loved to watch his children play sports and celebrate all the family achievements with a nice meal and a good glass of wine. Once the children had grown up, Leone and Vivien travelled widely to chemistry conferences and appointments living all over the world, especially Germany, advancing the cause of chemistry.
Leone always continued his love of sports playing social cricket all over the world. He often played squash with his colleagues. Later in life he loved hiking and walking. He also enjoyed watching any sport on television or live but especially loved going to watch the West Coast Eagles play.
Leone was an inspirational chemist, who was kind and generous to all, mentoring and influencing many young chemists from all over the world throughout his career. He was proud that his students came from all over the world. He has left an incredible international scientific legacy. He was a man who kept promises and honoured commitment. He was intelligent, scholarly and had a diligent work ethic. He was a man of integrity in all that he did and was generous with all he had. He had a wonderful smile and sense of humour.
Although his time came too soon he lived life to the fullest. He experienced so much that only some of us can dream of and he never wasted a moment. We feel comforted that he accomplished more than he could have imagined as a young boy in Sinagra. We his family, friends and colleagues will always be proud and hold him dear in our hearts and minds.
PhD degree, UWA, 1984
Bachelor of Science Honours Degree, UWA, 1978
- 2006 Professor of Chemistry, Monash University
- 2011-12 Specially Appointed Professor, Catalysis Research Centre, Hokkaido University
- 2008-10 Physics, Chemistry and Earth Sciences Panel, Australian Research Council
- 2006-08 Deputy Dean, Faculty of Science, Monash University
- 2006-07 Associate Dean Research, Faculty of Science, Monash University
- 2003-06 Deputy Head, School of Chemistry, Monash University
- 2007 Forschungszentrum Dresden-Rossendorf Fellow, Germany
- 1998-05 Reader in Chemistry, Monash University
- 1997 Visiting Professor University of Heidelberg
- 1997 Visiting Professor, Ecole Polytechnique Federale de Lausanne
- 1993-98 Senior Lecturer, Monash University
- 1987-93 Lecturer, Monash University
- 1986-87 Post-doctoral Fellowship with Prof AM Sargeson, Australian National University
- 1984-86 Post-doctoral Fellowship with Prof W Marty, Universite de Neuchâtel, Switzerland
- 1983-84 Post-doctoral Fellowship with Prof TW Swaddle, University of Calgary, Canada
- 2014 Helmholtz Association International Fellowship
- 2013 RACI Inorganic Division Burrows Award
- 2013 16 ARC Discovery Outstanding Researcher Award
- 2012 RACI HG Smith Medal
- 2010 Alexander von Humboldt Stiftung senior Research Award
- 2005 Vice-Chancellor's Award for Postgraduate Supervision, Monash University
- 2013 Fellow of the Royal Society of Chemistry
- 2004 Member of the American Chemical Society
- 1996 Fellow of the Royal Australian Chemical Institute
- 1978 Member of the Royal Australian Chemical institute
General, inorganic and bio-inorganic chemistry level 1-4 courses taught with emphasis on:
- coordination, inorganic and bio-inorganic chemistry
- kinetics and reactivity of metal complexes
- metal ions in biology
- techniques and methods in inorganic chemistry and advanced problem solving
A primary objective of our research is the understanding of natural phenomena and the translation of concepts from nature into the laboratory (bio-mimicry) to develop new metal complexes and inorganic materials for a diverse variety of applications that include solar energy conversion, therapeutics and biosensors. We apply organic and inorganic synthetic methods to develop metal complexes and inorganic materials with novel properties and function in combination with multiple experimental techniques to examine in detail their structure, spectroscopy and reactivity. Our research covers both fundamental and applied research projects, and is multi-disciplinary in nature, combining chemistry with aspects of biology, biochemistry, medical science, (nano)materials science and engineering, environmental science, earth science and physics.
Ongoing projects include:
- Catalytic metal complexes and inorganic (nano)materials for use in solar water splitting and CO2 reduction – Solar Fuels
- Dye sensitized solar cells – coordination complexes and organometallics as DSC redox mediators, novel electrolytes for n- and p-type DSCs.
- Thin film perovskite solar cells based on organometal halides
- Metal ion speciation and complexation in aqueous solution and use of aqueous oxide and hydroxide clusters to understand geochemical reactions
- Metal complexes as mimics for metallo-enzymes
- High affinity agents for the selective binding and sensing of biomolecules
- Diagnostics, therapeutics and biosensors based on metal complex-bioconjugates
- Metal complex – biomolecule conjugates as artificial nucleases and ribonucleases
- Radiolabelled metal complexes as agents for the diagnosis of cancer and Alzheimer's disease
- Development of multimodal nanomaterials for the imaging and treatment of cancer.
In addition to collaborating extensively with colleagues in the School of Chemistry, projects are being jointly pursued with numerous local and international research partners:
- Monash: Materials Engineering, Monash Centre for Electron Microscopy, Earth Sciences and the Monash Institute for Pharmaceutical Sciences
- Australia: ANU, CSIRO, James Cook and Latrobe University, RMIT, and the Universities of Adelaide, Melbourne, New South Wales, Queensland and Wollongong
- Overseas: UC Berkeley and Davis, the Universities of Heidelberg, Messina, Ulm, Würzburg and Zurich, Freie University, Kyoto, Ulm and Warwick University, Harbin Institute of Technology, Forschungszentrum Juelich, Helmholtz Zentrum Berlin and Helmholtz Zentrum Dresden-Rossendorf.
- Substantial research support from the Australian Research Council through the Discovery, Linkage Industry, Linkage International and LIEF programs, and the Australian Centre of Excellence for Electromaterials Science. Major funding is also being received from the Australian Solar Institute, the Australian Renewable Energy Agency (ARENA) through the Australian Centre for Advanced Photovoltaics, VSA and SERD grants from the Victorian State Government to the Victorian Organic Solar Cell (VICOSC) Consortium, various industry partners, the Helmholtz 'Nanotracking' Virtual Institute and the US National Science Foundation
- Over 290 refereed publications and patents
- Over 40 invited/keynote/plenary lectures at local and international conferences in last 10 years
- Many invitations to deliver lectures at local and overseas universities
- Supervised 33 PhD and 2 Masters students to completion and there are currently 12 PhD students conducting their studies under my supervision
- Member of International Advisory Boards for Inorganic Chemistry, Nano Energy, Catalysis Letters, Topics in Catalysis, Artificial Photosynthesis and Current Physical Chemistry, and the International Organizing Committee for the International Conference on the Photochemical Conversion and Storage of Solar Energy
For further details please visit the Spiccia Group webpage.