Michelle Simmons
British-Australian quantum physicist (born 1967) From Wikipedia, the free encyclopedia
British-Australian quantum physicist (born 1967) From Wikipedia, the free encyclopedia
Michelle Yvonne Simmons AO FRS FAA FRSN FTSE (born 14 July 1967) is an Australian quantum physicist, recognised for her foundational contributions[2] to the field of atomic electronics.
Michelle Simmons | |
|---|---|
Michelle Simmons at the Royal Society admissions day in London, July 2018 | |
| Born | Michelle Yvonne Simmons 14 July 1967 London, United Kingdom |
| Alma mater | Durham University (PhD) |
| Spouse | Thomas Barlow |
| Children | 1 daughter; 2 sons |
| Awards |
|
| Scientific career | |
| Fields | Quantum physics |
| Institutions | University of Cambridge University of New South Wales Sydney Grammar School |
| Thesis | The characterisation of CdTe-based epitaxial solar cell structures fabricated by MOVPE (1992) |
| Doctoral advisor | Andrew W. Brinkman[1] |
| Website | research |
She is founding director of the Australian Research Council's Centre of Excellence for Quantum Computation & Communication Technology, and as of 2023[update] is Scientia Professor of Quantum Physics in the Faculty of Science at the University of New South Wales.
She has twice been an Australian Research Council Federation Fellow, and is an Australian Research Council Laureate Fellow. In January 2018, Simmons was named Australian of the Year for her work and dedication to quantum information science, and in June 2019, she was appointed an Officer of the Order of Australia in the Queen's Birthday Honours in recognition of her "distinguished service to science education as a leader in quantum and atomic electronics, and as a role model".
Michelle Yvonne Simmons was born on 14 July 1967 in London, to a mother who worked as a bank manager[3] and a father who worked as a policeman.[4] Simmons grew up in South-East London with an older brother.[5]
Between 1985 and 1988 she undertook her undergraduate degree at Trevelyan College, Durham University, where she studied physics and chemistry of materials.[6]
As a postgraduate at St Aidan's College, Durham she was awarded a PhD in 1992 for her thesis "The characterisation of CdTe-based epitaxial solar cell structures fabricated by MOVPE", with research supervised by Andrew W. Brinkman.[6][1]
From 1992 to 1998[4] Simmons worked as a research fellow in quantum electronics with Michael Pepper at the Cavendish Laboratory in the UK, where she gained an international reputation for her work in the discovery of the 0.7 feature and the development of 'hole' transistors.[7]
In 1999, she was awarded an Australian Research Council (ARC) QEII Fellowship and went to Australia, conducting research for four years under this fellowship.[4] She was a founding member of the ARC Centre of Excellence for Quantum Computer Technology, and as of 2023[update] remains director of the centre.[8]
She has held several other positions over the course of her career, including:[4]
As of 2023[update] Simmons is Scientia Professor of Quantum Physics in the Faculty of Science at the University of New South Wales.[9]
Simmons is well-known internationally for creating the field of atomic electronics,[10] that is, building electronic devices at the atomic scale. Her research team at ARC created the first precision single atom transistor and the narrowest conducting wires in silicon, among other achievements.[8]
Since 2000 she has established a large research group dedicated to the fabrication of atomic scale devices in silicon and germanium using the atomic precision of scanning tunnelling microscopy. Her research group is the only group worldwide that can create atomically precise devices in silicon—they were also the first team in the world to develop a working "perfect" single-atom transistor[11] and the narrowest conducting doped wires in silicon.[12]
| External videos | |
|---|---|
 Talk on quantum computation on YouTube, TEDx Sydney 2012 |
Simmons has published over 400 peer-reviewed journal papers, amassing over 9,000 citations, written five book chapters, and published a book on nanotechnology.[13]
She has also filed 44 patents and delivered over 250 invited and plenary presentations at international conferences.[8]
She is the inaugural editor-in-chief of npj Quantum Information, an academic journal publishing articles in the emerging field of quantum information science launched in 2015.[14][15]
She gave the Australia Day address for New South Wales in 2017,[16][17] in which she spoke about the importance of setting high expectations for students.[18]
Simmons delivered the 2023 Boyer Lecture in four parts, titled The Atomic Revolution.[19]
As of 2017[update], Simmons was an elected trustee of Sydney Grammar School.[41]
Simmons has resided in Australia since 1999, taking citizenship in 2007.[42]
She is married to Thomas Barlow, formerly, a Financial Times columnist[43] and a Fellow of MIT and Balliol College, Oxford,[44] now a novelist and business analyst. They have three children.[45] She says she enjoys "planning expeditions and keeping fit. But the thing that brings me the most joy is my funny husband and three adorable children".[10]
Her heroes in science are Michael Faraday and Nobel Laureate John Bardeen.[10]
In her 2017 Australia Day address, Simmons criticised the lowering of standards in physics education in the HSC (Higher School Certificate) curriculum, in which an effort has been made to make physics more appealing to girls by substituting mathematical problem-solving with qualitative responses, remarking that the curriculum had a "feminised nature".[18]
When Simmons was made Australian of the Year in 2018, she spoke about the importance of not being defined by other people's expectations of you. She said, "Don't live your life according to what other people think. Go out there and do what you really want to do". She is passionate about encouraging girls to pursue a career in science and technology. "Seeing women in leadership roles and competing internationally is important. It gives them the sense that anything is possible", she said.[46]
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