News & Blog

Our work is developing fast. Stay up to date with our latest news and publications:

 

UQ has been voted as one of the best places to work by The Sunday Times

We are delighted to reveal that UQ has been placed in the annual Sunday Times Best Places to Work List.

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UQ CEO, Sebastian Weidt, attended Web Summit '23 in Lisbon to discuss all things quantum computing

UQ's CEO, Sebastian Weidt, presented the case for a quantum future at the Web Summit in Lisbon this year.

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UQ's CEO, Sebastian Weidt, is one of the signatories of an open letter to the UN about quantum reform

Universal Quantum is proud to support an initiative that drives for an equitable Quantum future for the world at large.

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Sebastian Weidt

UQ's Chief Scientist, Prof. Winfried Hensinger speaks at this year's Queen's Lecture in TU Berlin

UQ's Chief Scientist, Cofounder & Chairman is the guest speaker this year at the prestigious Queen's Lecture in TU Berlin.

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Press

We’re excited to share our work and the potential of quantum computing with all audiences. For all press enquiries, please contact [email protected].

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Technical Resources

Universal Quantum was founded on ground-breaking research which includes a practical blueprint for a scalable trapped ion quantum computer with millions of qubits.

We’re delivering against that plan today, and we continue to drive progress in the field, and to share our discoveries and solutions with collaborators and colleagues.

Here, you can find a directory of technical resources, published to help drive further research. 

Insight Report

Scalability is the lifeline of quantum computing

Download UQ's Insight Report
Case Study

Development of a scalable, user-friendly quantum processor with ion-trap technology for DLR QCI

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Academic paper

A high-fidelity quantum matter-link between ion-trap microchip modules

Nature Communications
Academic paper

The impact of hardware specifications on reaching quantum advantage in the fault tolerant regime

AVS Quantum Science
Academic paper

Blueprint for a microwave trapped ion quantum computer

Science Advances