Andrew is a pioneer of silicon quantum dot quantum computing and has published more than 30 publications in Nature and Science family journals. He has also generated more than $25M income for UNSW since 2016.
Citations: >19300 h-index: 65Stef works alongside the CEO to manage corporate operations and growth at Diraq. She is a former private equity operative specialising in post acquisition strategy and value creation.
Arne is a technical expert in quantum measurement. He has been developing techniques for qubit measurement and control for more than 10 years.
Citations: >7100 h-index: 41Henry has developed proprietary qubit control code and is a world leader in silicon quantum dot qubit control. He was awarded MITTR: Top 35 Innovators Under 35 in 2021.
Citations: >6100 h-index: 33A former engineering manager in the semiconductor industry, Chris has extensive experience in device engineering, product and IP development.
Citations: >1400 h-index: 12Andre is a world leader in quantum chemistry and solid state physics, with publications on valley physics in silicon and collaborations with research groups in Madison, Madrid, Cambridge and Rio de Janeiro.
Citations: >1900 h-index: 24Wee Han is a silicon qubit device fabrication expert. He has more than 10 years of experience in silicon qubit device design, micro- and nanofabrication as well as cryogenic electrical characterisation.
Citations: >2800 h-index: 20Lasantha is a highly experienced CFO who has worked in large organisations including banks and with several start-ups.
Kok Wai is a process engineer focussing on the fabrication of scalable quantum devices, with significant industry experience in the development of quantum computing devices and cleanroom fabrication facilities as the former Fabrication Manager at IQM.
Fay has more than 20 years of quantum device fabrication experience working with Andrew at the University of New South Wales, and is a senior member of the fabrication team. Her work has enabled multiple breakthroughs in silicon quantum device development.
Alex brings experience in electronics design and systems engineering to build and configure test and equipment setups to assist in cryogenic measurements operations.
Tuomo is an experienced cryogenic measurement engineer having developed and measured silicon MOS dots for metrological purposes and as qubits, with a focus on high-fidelity two qubit operations.
Steve is a condensed matter physicist and nanoscale device engineer, having worked on low dimensional electronic systems, exploring and engineering their quantum spin transport through surface preparation, modification and engineering.
Ensar is an electronics engineer, having worked on matters related to the scalability of CMOS based qubit devices, including the implementation of global control techniques and the design of analog & digital integrated circuits.
Nard brings experience in 300mm CMOS fabrication of silicon quantum dot spin qubits at imec (Belgium). He is passionate about CMOS technology and scaling silicon quantum hardware.
Will brings novel quantum dot control development together with mixed-signal CMOS design expertise to create scalable quantum technology pathways.
Tim is an experienced quantum engineer, having worked on electric and magnetic control of quantum dot and implanted donor spin qubits, with a focus on noise spectroscopy and benchmarking single-qubit control fidelities.
Amanda is a theoretical physicist experienced in strategies for managing noise in SiMOS spin qubits, including understanding the effects of noise on spin qubits and developing scalable methods to mitigate its impact.
MengKe is a theoretical scientist working on a broad range of condensed matter and quantum physics relating to spin qubit systems. He is particularly interested in the physics of quantum interconnects in large scale architectures.
Alexis combines his expertise in quantum computing architecture, quantum error correction and quantum complexity theory, with a solid foundation in electrical engineering to help bridge the gap between theory and engineering.
Jesús leverages expertise in physics and device engineering to explore optimal materials and architectures for advancing the scalability of CMOS quantum processors.
Santiago is experienced in measurement of spin qubits in quantum dot devices, operation of cryogenic systems and the design of microwave systems for qubit readout.
Larissa brings a commercial mindset, supporting the Chief of Staff and the CEO. She has a strategy consulting background, where she focused on scaling early-stage climate technologies in asset intensive industries.
Philip brings experience in software development, having also worked on electronic structure projects, to advance SiMOS qubit development.
Jorge brings in his decades of IC layout design and chip integration experience. He has worked on numerous custom-digital, analog and mixed-signal circuits from bulk, Fin FET and FDSOI technology, led several project tapeouts and held leadership and team development positions in previous roles.
Kristjan has experience in designing mixed-signal cryogenic control electronics, which will be needed to integrate qubits into a quantum processing unit.
Gerardo is an expert on noise affecting quantum systems. He co-developed the general filter function formalisms and quantum noise spectroscopy protocols that are the key ingredients of the state-of-the-art noise characterization and suppression protocols available.
Matt is an electrical engineer and computer scientist with a PhD in physiological modeling of hearing. He brings over twenty five years of experience in hardware, signal processing, and software engineering.
Joe is a physicist turned patent attorney specialising in deep-tech. He practiced at top-tier law and IP firms before becoming in-house counsel in Australian tech companies.
Andrea Morello is a Scientia Professor of Quantum Engineering at UNSW, a Program Manager at CQC2T and Head of the Fundamental Quantum Technologies Lab. Besides being a celebrated science communicator, Andrea is a world-leading researcher behind many unprecedented accomplishments, such as the first coherent control and readout of individual electron spins in silicon and fault-tolerant level two qubit control fidelities in a silicon device.
Citations: 10577 h-index: 44Jarryd Pla is a Quantum Engineer in the School of Electrical Engineering and Telecommunications at UNSW. He is a former Bragg Gold Medal winner and European Marie Curie International Fellow. He is an expert in spin qubits (having been instrumental to the first demonstration of single spin control and readout), superconducting quantum circuits (in particular quantum-noise-limited microwave amplifiers) and hybrid quantum technologies.
Citations: 3306 h-index: 18