In his final lecture, Professor Clark describes the unfolding possibilities of the new discipline of medical bionics. The hope of bionic nerve and spinal repair, a bionic eye, bionic epilepsy control, bionic drug delivery, bionic tissue repair, bionic muscles, organs and implantable sensors are only some of the magnificent achievements which this field may deliver for the benefit of humanity.

Lecture 6: Shaping the Future

The 2023 Boyer Lecture series is called 'The Atomic Revolution' and is presented by Professor Michelle Simmons AO, a pioneer in atomic electronics and global leader in quantum computing. Starts Sunday, October 22 at 9.30am.

Across the four lectures she’ll explore manufacturing at the atomic scale,  why Australia is perfectly positioned to build the world’s first error-corrected quantum computer, and the importance of doubt in science.

Society & Culture

Personal Journals

History

Philosophy

Places & Travel

What will a quantum computer look like? Will quantum computing supercharge AI? Can it save us from the climate crisis? Professor Michelle Simmons has the answers.

Q&A with Professor Michelle Simmons

Doubt is often seen as a something to be overcome — a failing, or even a sign of incompetence. But in her fourth and final lecture, Professor Michelle Simmons tells us why doubt is her greatest asset.

04 | The Importance of Doubt

In her third Boyer lecture, Professor Michelle Simmons maps how science has changed from 1927 to now — moving from the theoretical to the applicable.

03 | Imagination and Mindset

In her second Boyer lecture, Professor Michelle Simmons details the international race underway to build the first error-corrected quantum computer.

02 | The Quantum Promise

Computing machinery that used to fill an entire room has now shrunk to the size of individual atoms. In her first lecture, Professor Michelle Simmons tells the story of miniaturisation  — and how Australia found itself at the forefront.

Lecture 6: Shaping the Future

Download our free app to listen on your phone