Public Lecture:
The Quantum Centuries - A Panel Discussion
Date: Tuesday 1 July
Time: 7.00pm – 8.00pm
Location: PLT1 Lecture Theatre, University of Auckland, Science Centre Building 303 (23 Symonds Street)
Registration: This event is free to attend, but RSVP is essential. CLICK HERE to secure your spot.
This year is the 100th anniversary of the development of quantum mechanics and looking ahead quantum computing and quantum devices are among the most exciting developments on the global technological horizon. This panel discussion, convened by Kim Hill, will explore at New Zealand’s involvement with the “quantum centuries” and the opportunities created by developments now making their way from the lab into all of our lives.
Kim Hill
Radio New Zealand
Kim Hill is a broadcaster and host of RNZ National's Saturday Morning with Kim Hill. Her awards include the Association for International Broadcasting’s International Radio Personality of the Year, and a Gold Radio Award for Best Radio Personality Network/Syndicated at the International Radio Program Awards. In 2006, Hill hosted ‘Are Angels OK’, a series of programmes where artists, writers, and physicists discussed the intersection between physics and the arts. Her monthly radio conversations between 2004 and 2007 with physicist Paul Callaghan were published as ‘As Far As We Know’.
Prof. Nicole Bell
The University of Melbourne
Professor Nicole Bell is a theoretical physicist at the University of Melbourne. Her research lies at the interface of particle physics, astrophysics and cosmology, with particular focus on dark matter and neutrino physics. She leads the Theory Program of the ARC Centre of Excellence for Dark Matter Particle Physics, and was a Chief Investigator in the ARC Centre of Excellence for Particle Physics at the Terascale. Prof Bell is a Fellow of the American Physical Society and was awarded the 2020 Nancy Millis Medal by the Australian Academy of Science. She is the Immediate Past President of the Australian Institute of Physics.
Dr. Sara Bilal
IBM
Dr. Sara B. is a Quantum Ambassador and Data/AI specialist at IBM who has the ability to work with people at multiple business and technology organisational levels to help solve their business challenges using advanced technical solutions. Sara PhD. Is in Mechatronics/Robotics with a background in Advanced Math, Machine Learning (ML), Artificial Intelligence (AI), Pattern Recognition and robotics mechanics and vision. Dr. Sara's past experiences include University Associate Professor, Senior Cloud Engineer and Senior Consultant at Deloitte, Principal Solution Architect at the District Health Board, project delivery/engagement with the Mechatronics industry in Malaysia and the cloud computing industry in New Zealand to deliver innovative solutions based on Automation, AI and ML and Quantum Computing.
Prof. Joachim Brand
Massey University
Professor Brand hails from Germany and first came to Aotearoa to ride his bike around the country. After receiving a PhD from the University of Heidelberg he spent postdoctoral years at the University of Washington in Seattle and the Max Planck Instityte for the Physics of Complex Systems in Dresden. Since 2006 he has been an academic at Massey University in Auckland where he is now a Professor of Physics.
Prof. Andrew Doherty
The University of Sydney
Professor Doherty is recognised internationally for his innovative contributions to theoretical physics. He is one of the pioneers of the field of quantum control and has made seminal contributions to quantum information theory. In quantum control, he was the first to apply ideas from classical control which is ubiquitous from aircraft to precision measurement to the science of quantum systems. This work was a very early forerunner of the current experimental and theoretical programs in the control of quantum systems. Professor Doherty's work emphasised that adaptability and feedback would be essential to any quantum technology and was ahead of its time in emphasising the need to begin engineering quantum systems. Professor Doherty is well known for his extensive collaborations with experimentalists in wide range of systems from quantum optics, including cavity QED and optomechanical systems, to condensed matter, including circuit QED and semiconductor quantum dots.