Erbium: Building block for a global quantum internet CQC2T | Centre for Quantum Computation and Communication Technology 2026-09-22 | Erbium: Building block for a global quantum internet
From sand to superposition: A key step towards a powerful silicon quantum computer CQC2T | Centre for Quantum Computation and Communication Technology 2024-11-27 | A major obstacle to quantum computing has been overcome by modifying a common industrial method to create large arrays of single atoms in a silicon chipCQC2T University of Melbourne node research:Scalable Atomic Arrays for Spin-Based Quantum Computers in SiliconAM Jakob, SG Robson, HR Firgau, V Mourik, V Schmitt, D Holmes, M Posselt, ELH Mayes, D Spemann, JC McCallum, A Morello, DN JamiesonAdvanced Materials 36, 40 (2024)Artistic presentation on how we could engineer and operate a powerful silicon quantum computer. A silicon chip is equipped with large ordered arrays of donor atoms. An upgraded semiconductor industry process - called 'Single Ion Implantation' - is the key to make this possible. In this example, we create pairs of antimony atoms at each node in the array. These antimony pairs can be used to realise many high-quality spin qubits that feature easier control and other fantastic properties to reduce the complexity of a quantum processor chip.Thank you Tony Melov for your artwork.
Developing Secure Quantum Communication Networks CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Developing secure quantum communication networksThe Australian National UniversityProgram Manager Professor Ping Koy Lam and his team Dr Sebastian Kish, Dr Giovanni Guccione and Ozlem Erkilic describe how Quantum Repeater Technology is helping drive the information age.The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.Learn more at cqc2t.org#Quantum
Quantum Memories | Quantum Communication Networks CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Developing quantum memories for quantum communication networks.Professor Ben BuchlerProgram Manager, Spinwave Engineering and Machine LearningAustralia National University“Atomic gases have been a proving ground for high performance quantum memories at CQC2T. It’s a medium that allows for the rapid development and precise testing of quantum memory and related atom light protocols this is because the properties of the atomic ensembles are determined how we trap the gas meaning the ensembles can be tuned and modified on demand.”Associate Professor Matthew SellarsProgram Manager, Rare-Earth IntegrationAustralia National University“At CQC2T we’re developing a memory platform which will readily interface with optical communication channels. This memory will have storage time, data storage capacity and fidelity to make it suitable for network applications. To achieve this the Centre is working on two complementary approaches: atomic gases and solid state.”Dr Aaron TranterAustralia National University“Machine learning system is highly versatile and is being deployed in experiments across the centre. Including work by Professor Simmons and Professor Dzurak on the optimisation of single and two qubit gates in silicon.
Dr Matthew Winnel | CQC2T | Optical Quantum Computing Theory CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Dr Matthew Winnel The Optical Quantum Computing Theory ProgramUniversity of Queensland Meet Dr Matthew Winnel of the Optical Quantum Computing Theory Program at the University of Queensland. This Program aims to broaden our understanding of quantum computation from the perspective of quantum optics theory. Regarding the future of quantum computers, Dr Winnel says, “No one knows for sure what the full potential will be. Whether or not it is a universal quantum computer, the journey there will bring results in quantum physics and applications."The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.Learn more at cqc2t.org
Professor Howard Wiseman | CQC2T Program Manager | Quantum Information Theory CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Professor Howard WisemanQuantum Information Theory Program ManagerGriffith University#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. In Australia the CQC2T team is based based at seven partner universities across Australia. Howard is part of the University of Griffith node, based in Queensland.cqc2t.org
Professor Lloyd Hollenberg | CQC2T Deputy Director | Quantum Processor Development CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Professor Lloyd HollenbergCQC2T Centre Deputy Director Program Manager, Quantum Processor DevelopmentUniversity of MelbourneMeet Professor Lloyd Hollenberg, the Centre Deputy Director, and Program Manager of Quantum Processor Development Program (QPD) at the ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T). The QPD Program spans theoretical research focusing on the Centre’s silicon spin-qubit hardware to the experimental application of diamond-based quantum sensing techniques for characterisation of silicon-based devices and quantum control techniques for improving gate operations.The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.cqc2t.org
Dr Austin Lund | CQC2T Program Manager | Optical Quantum Computing Theory CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Dr Austin LundProgram Manager, Optical Quantum Computing TheoryUniversity of QueenslandMeet Dr Austin Lund, Program Manager of the Optical Quantum Computing Theory Program at the ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T).This program aims to broaden the understanding of the power of quantum computation from the perspective of quantum optics theory and focuses on understanding the fundamental nature of quantum computational advantages in optical systems and developing schemes that could demonstrate quantum advances. Dr Lund’s experience includes collaboration with a large theory group at the Free University of Berlin that has a particular interest in the reasons of speed up in quantum computing. The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.Read more on the research programs at CQC2T here cqc2t.org#quantum #CQC2T
Professor Nicolas Menicucci | CQC2T Program Manager CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Professor Nicolas Menicucci Continuous-Variable Quantum Technology Program ManagerRMIT UniversityMeet Professor Nicolas Menicucci, program manager of the Continuous-Variable Quantum Technology Program (CV) at the ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T). Based in the School of Science at RMIT University, the program aims to develop quantum computers and other quantum technology based on the continuous-variable systems, primary in optics. To be fault tolerant, the CV Program approaches to quantum computing is used with discretely- encoded quantum information.The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.Read more on the research programs at CQC2T here cqc2t.org#LearnFromTheBest#quantum #CQC2T
Professor Tim Ralph | CQC2T Program Manager | Quantum Communication Theory CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Professor Tim RalphProgram Manager, Quantum Communication TheoryUniversity of Queensland Meet Professor Tim Ralph, the program manager of Quantum Communication Theory at the ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T). This program is based at the University of Queensland and focuses on how to extend reach of quantum communications. Quantum communications is the transmission of information via the coherent exchange of quantum systems, usually optical. Its study has led to new communication technologies.Regarding future use of quantum communications and computations, Professor Ralph says “initially we will see specialised applications …. in the longer term, quantum technology is likely to infiltrate society and find applications of a broad nature.”The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.Learn more at cqc2t.org#LearnFromTheBest#quantum
Teerawat Chalermpusitarak | CQC2T PhD Candidate | Quantum Information Theory CQC2T | Centre for Quantum Computation and Communication Technology 2023-02-15 | Teerawat ChalermpusitarakCQC2T PhD StudentGriffith University, QLD Meet Teerawat Chalermpusitarak, a CQC2T PhD student at Griffith University within the Quantum Information Theory Program. This program develops new applications and diagnostics for the quantum technology in the Centre, as well as pushing the frontier of quantum information science in novel directions. The ARC Centre of Excellence for Quantum Computation and Communication Technologies (CQC2T) is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. The CQC2T team is based across Australia at seven university nodes; UNSW Sydney, University of Melbourne, Griffith University, University of Queensland, RMIT and University of Technology Sydney.Read more on the research programs at CQC2T here cqc2t.org#LearnFromTheBest#quantum #CQC2T
SQC creates world first integrated circuit at atomic scale CQC2T | Centre for Quantum Computation and Communication Technology 2022-06-24 | #CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Developing a Silicon Quantum Computer: Ion-Implanted Donor Qubit Research Highlights CQC2T | Centre for Quantum Computation and Communication Technology 2022-06-02 | Led by Prof. Andrea Morello from UNSW Sydney, Ion-implanted donor qubit research within CQC2T leads the world in the development of single-atom quantum devices in silicon. Hear about the team's research highlights in their journey to develop a silicon quantum computer.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Developing a Silicon Quantum Computer: Si-MOS Quantum Dot Research Highlights CQC2T | Centre for Quantum Computation and Communication Technology 2022-05-05 | Professor Andrew Dzurak and Dr Arne Laucht from UNSW, develop Si-MOS quantum dot technologies to support CQC2T's goal of enabling large-scale quantum computing based on P-atom qubits in silicon.The device designs are compatible with industry standard CMOS processing techniques – the same processes that make the chips in your phone and your laptop – and so are prime candidates for scaling to the large volumes that will be required for universal, fault-tolerant quantum computation.Learn about their research highlights on the journey to build a full-scale silicon quantum computer.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Tutorial: Bosonic Error Correction - A/Prof Nick Menicucci, RMIT CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-21 | #CQC2T's Associate Professor Nick Menicucci from RMIT University explains classical error correction in quantum computation and Bosonic codes.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Tutorial: Integrated Optical Platform for Quantum Computing CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-21 | In the tutorial by #CQC2T's Dr Ben Haylock from Griffith University, you will learn about waveguides and integrated photonics for continuous variable quantum computing.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at http://cqc2t.org
Questions on Quantum: What is a qubit, quantum computing book recommendations and what to study? CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-21 | Our #CQC2T researchers answer some frequently asked questions about quantum computing research.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at http://cqc2t.org
CQC2T Seminar: Fermion Sampling - Mauricio Morales, UTS CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-21 | Title: Fermion Sampling: a robust quantum computational advantage scheme using fermionic linear optics and magic input statesSpeaker: Mauricio Morales, UTSAbstract: Fermionic Linear Optics (FLO) is a restricted model of quantum computation which in its original form is known to be efficiently classically simulable. We show that, when initialized with suitable input states, FLO circuits can be used to demonstrate quantum computational advantage with strong hardness guarantees. Based on this, we propose a quantum advantage scheme which is a fermionic analogue of Boson Sampling: Fermion Sampling with magic input states. We consider in parallel two classes of circuits: particle-number conserving (passive) FLO and active FLO that preserves only fermionic parity and is closely related to Matchgate circuits introduced by Valiant. Mathematically, these classes of circuits can be understood as fermionic representations of the Lie groups U(d) and SO(2d). This observation allows us to prove our main technical results. We first show anticoncentration for probabilities in random FLO circuits of both kind. Moreover, we prove robust average-case hardness of computation of probabilities. To achieve this, we adapt the worst-to-average-case reduction based on Cayley transform, introduced recently by Movassagh, to representations of low-dimensional Lie groups. Taken together, these findings provide hardness guarantees comparable to the paradigm of Random Circuit Sampling. Research link: arxiv.org/abs/2012.15825#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at http://cqc2t.org
Question on Quantum: What is Hong-Ou-Mandel (HOM) interference? CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-18 | Our #CQC2T researchers answer some of your questions about Quantum.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at http://cqc2t.org
CQC2T Seminar: Tight bounds for multiparameter estimation with separable measurements CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-18 | Conlon, L.O., Suzuki, J., Lam, P.K. et al. Efficient computation of the Nagaoka–Hayashi bound for multiparameter estimation with separable measurements. npj Quantum Inf 7, 110 (2021). doi.org/10.1038/s41534-021-00414-1#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
AIP & CQC2T Webinar: Machine Learining for Quantum Systems - Dr Aaron Tranter CQC2T | Centre for Quantum Computation and Communication Technology 2021-12-14 | Machine learning has been at the forefront of many recent technological improvements. From self-driving cars, to biomedical imaging and even personal assistants, machine learning techniques allow us to process data in a way unlike before. One of the key performers in this area is deep learning, using structures modelled after neural connections found in the brain. In parallel, we have seen the rise of quantum technology, offering advantages over classical technology such as superior sensing, faster computing, and provably secure communications. But building and controlling this technology is a challenging endeavour. We will cover the application of machine learning to quantum systems, examining how these powerful techniques can serve as a useful tool for researchers and engineers, uncovering potentially new and exciting phenomena. We will also detail how we have already been able to demonstrate a deep learning approach overturning the best human intuition for cooling atoms using lasers, automatically aligning lasers, and helping researchers examine atomic scale images.Speaker: Dr Aaron Tranter, Postdoctoral researcher, Australian National UniversityDr Aaron Tranter is a postdoctoral researcher in the Department of Quantum Science and Technology at the Australian National University. Aaron's current research at CQC2T covers cold atoms as a quantum memory platform, engineering atom-light interactions and machine learning applied to problems in quantum physics. #CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
CQC2T Seminar: A new spin-photon centre for silicon quantum devices CQC2T | Centre for Quantum Computation and Communication Technology 2021-11-17 | Speaker: Dr Daniel Higginbottom, Simon Fraser University, CanadaDr Daniel Higginbottom is building quantum technologies with novel silicon qubits. He is a Postdoctoral Fellow in the Silicon Quantum Technology Group at Simon Fraser University, Canada and a Visiting Research Fellow at the Australian National University. His research spans experimental platforms for quantum information including integrated photonics, optically trapped atoms, electrically trapped ions, and solid-state spin defects.#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Single Photon Frequency Conversion for Frequency Multiplexed Quantum Networks in the Telecom Band CQC2T | Centre for Quantum Computation and Communication Technology 2021-10-07 | CQC2T Seminar: Single Photon Frequency Conversion for Frequency Multiplexed Quantum Networks in the Telecom Band Speaker: Mr Paul Fisher, Griffith UniversityResearch paper: DOI: 10.1103/PhysRevLett.127.023602#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
A perspective on spin-based quantum computing: material development, fast measurements and modelling CQC2T | Centre for Quantum Computation and Communication Technology 2021-10-01 | Speaker: Dr Benoit Voisin, UNSW SydneyTitle: A perspective on spin-based quantum computing: material development, fast measurements and modelling.Research: Voisin, B., Salfi, J., Rahman, R. et al. Novel characterization of dopant-based qubits. MRS Bulletin 46, 616–622 (2021). doi.org/10.1557/s43577-021-00136-x#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
CQC2T Seminar: A high-sensitivity charge sensor for silicon qubits above one kelvin CQC2T | Centre for Quantum Computation and Communication Technology 2021-08-19 | CQC2T Seminar Series:Title: A high-sensitivity charge sensor for silicon qubits above one kelvinSpeaker: Jonathan Huang, UNSW SydneyResearch link: doi.org/10.1021/acs.nanolett.1c01003#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
CQC2T Seminar: Single-electron spin resonance in a nanoelectronic device using a global field CQC2T | Centre for Quantum Computation and Communication Technology 2021-08-18 | Title: Single-electron spin resonance in a nanoelectronic device using a global fieldSpeaker: Mr Ensar Vahapoglu, UNSW SydneyResearch paper link: advances.sciencemag.org/content/7/33/eabg9158#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Nuclear spin hyperpolarization of molecular samples using nitrogen-vacancy centers in diamond CQC2T | Centre for Quantum Computation and Communication Technology 2021-08-09 | Title: Prospects for nuclear spin hyperpolarization of molecular samples using nitrogen-vacancy centers in diamondSpeaker: Mr Alex Healey, University of MelbourneResearch papers: doi.org/10.1103/PhysRevB.103.014434doi.org/10.1103/PhysRevApplied.15.054052#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Full configuration interaction simulations of exchange-coupled donors in silicon CQC2T | Centre for Quantum Computation and Communication Technology 2021-07-15 | Lead author Benjamin Joecker from UNSW provides an overview of his latest research - "Full configuration interaction simulations of exchange-coupled donors in silicon using multi-valley effective mass theory."Benjamin Joecker et al 2021 New J. Phys. 23 073007Link to research paper: doi.org/10.1088/1367-2630/ac0abf via @IOPscience #CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at http://cqc2t.org
CQC2T Seminar: Continuous-variable gate teleportation and bosonic-code error correction CQC2T | Centre for Quantum Computation and Communication Technology 2021-06-21 | Speaker: Mr Blayney Walshe, RMIT UniversityTitle: Continuous-variable gate teleportation and bosonic-code error correctionLink to publication: doi.org/10.1103/PhysRevA.102.062411#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Overcoming the repeaterless bound in continuous-variable quantum comms without quantum memories CQC2T | Centre for Quantum Computation and Communication Technology 2021-06-15 | CQC2T Seminar SeriesTitle: Overcoming the repeaterless bound in continuous-variable quantum communication without quantum memoriesSpeaker: Mr Matthew Winnel, The University of QueenslandLink to paper: arxiv.org/abs/2105.03586#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Imaging ultrathin van der Waals magnets with a quantum diamond microscope CQC2T | Centre for Quantum Computation and Communication Technology 2021-02-12 | CQC2T SeminarTitle: Imaging ultrathin van der Waals magnets with a quantum diamond microscopeSpeaker: Jean-Philippe Tetienne, University of MelbourneLink to paper: doi.org/10.1002/adma.202003314#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
CQC2T Online Seminar: Modular Bosonic Subsystem Codes CQC2T | Centre for Quantum Computation and Communication Technology 2020-11-23 | Title: Modular Bosonic Subsystem CodesSpeaker: Giacomo Pantaleoni, RMIT UniversityDOI:doi.org/10.1103/PhysRevLett.125.040501#CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Q&ARC Episode 7: CQC2T CQC2T | Centre for Quantum Computation and Communication Technology 2020-10-22 | What is an Australian Research Council (ARC) Centre of Excellence? And more specifically, what happens at the CQC2T Centre of Excellence? In this video, we introduce you to some of CQC2T researchers who explain their research in quantum computation and communication technology. Plus, it's a chance to meet them as people and not just researchers!ARC Centres of Excellence empower researchers and scientists to make progress in fields that will equip Australia to face key global challenges.This video series, Q&ARC, takes you to leading universities and institutions, introducing some of the amazing people behind ARC research. You’ll learn what motivates them and how they work together to make a big impact on the global stage.Check out the full schedule of participating Centres below and use the hashtag #QandARC to follow the series on social media, or visit the YouTube playlist at http://bit.ly/QandARC-playlist.CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
Seminar: Exploiting a Single-Crystal Environment to Minimize the Charge Noise on Qubits in Silicon CQC2T | Centre for Quantum Computation and Communication Technology 2020-10-15 | Title: Exploiting a Single-Crystal Environment to Minimize the Charge Noise on Qubits in Silicon.Speaker: Ludwik Kranz, UNSW SydneyOverview: Researchers at UNSW Sydney have demonstrated the lowest noise level on record for a semiconductor quantum bit, or qubit. The research was published in Advanced Materials.Link to paper: DOI: 10.1002/adma.202003361Link to article: cqc2t.org/silence-please-unsw-scientists-create-quietest-semiconductor-quantum-bits-on-recordCQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at cqc2t.org
CQC2T Seminars from ANU CQC2T | Centre for Quantum Computation and Communication Technology 2020-10-12 | This CQC2T seminar includes two presentations on the latest research from our team at ANU:- How your choice of measurement basis bounds estimator error - answers using entropy and circular statistics. Speaker: Ruvi Lecamwasam, ANU- Teleporting coherent states of photons with reduced decoherence Speaker: Hao Jeng, ANUCQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
CQC2T Seminar: Engineering long spin coherence times of spin–orbit qubits in silicon. CQC2T | Centre for Quantum Computation and Communication Technology 2020-09-04 | Title: Engineering long spin coherence times of spin–orbit qubits in silicon.Speaker: Prof. Sven Rogge, UNSW SydneyOverview: A group of international scientists, led by Prof Sven Rogge from UNSW Sydney, have substantially lengthened the duration of time that a spin-orbit qubit in silicon can retain quantum information for, opening up a new pathway to make silicon quantum computers more scalable and functional.Link to paper: doi.org/10.1038/s41563-020-0743-3Link to article: cqc2t.org/scientists-strengthen-quantum-building-blocks-milestone-critical-scaleCQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem.Learn more at http://cqc2t.org
Go big or go home: scaling up quantum computing with optical continuous-variable systems CQC2T | Centre for Quantum Computation and Communication Technology 2020-08-17 | CQC²T Chief Investigator A.Prof Nicolas Menicucci will be presenting his CQC²T research on scaling up quantum computing with optical continuous-variable systems.This talk is part of a series of monthly talks by Australian Research Council Centres of Excellence with the Australian Institute of Physics. To view the upcoming talks visit: https://aip.org.au/eventsTitle: Go big or go home: scaling up quantum computing with optical continuous-variable systemsAbstract: Quantum computers promise to revolutionise information processing by exploiting the curious features of quantum physics. One of the biggest challenges to a viable quantum computer with real-world impact is scaling it up to handle large computations. Optical modes can be stitched together into extremely large entangled resource states for quantum computing, comprising one million modes or more, if continuous variables are used instead of single photons. In this talk, I will introduce the principles of continuous-variable quantum computing and discuss recent theoretical and experimental results in this exciting field. Learn more at http://cqc2t.org
Machine learning for optimisation of quantum systems CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-28 | #CQC2T PhD student Aaron Tranter from the Australian National University talks us through his latest research on 'Machine learning for optimisation of quantum systems' at the CQC2T Workshop 2020 Poster Session.Find out more about his research: Multiparameter optimisation of a magneto-optical trap using deep learning (DOI: 10.1038/s41467-018-06847-1)CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
Dynamics and Stability of an Optically Levitated Mirror CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-28 | #CQC2T PhD student Ruvi Lecamwasam from the Australian National University talks us through his latest research on 'Dynamics and Stability of an Optically Levitated Mirror' at the CQC2T Workshop 2020 Poster Session.Find out more about his research: arXiv:1912.07789 CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
Materials tutorial: Light matter as a platform for quantum computing CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-21 | #CQC2T Program Manager A.Prof Matthew Sellars from the Australian National University presented a 'Materials tutorial: Light matter as a platform for quantum computing' at the CQC2T Workshop 2020.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
Materials tutorial: Optics as a platform for quantum computing CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-21 | #CQC2T Program Manager Prof. Geoff Pryde from Griffith University presented a 'Materials tutorial: Optics as a platform for quantum computing' at the CQC2T Workshop 2020. CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
Theoretical tutorial: Fundamentals and applications of quantum information and control CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-20 | #CQC2T Program Manager Prof. Howard Wiseman from Griffith University presented a 'Theoretical tutorial: Fundamentals and applications of quantum information and control' at the CQC2T Workshop 2020.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
Materials tutorial: Silicon as a platform for quantum computing CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-20 | #CQC2T Program Manager Prof. Andrea Morello from UNSW Sydney presented a 'Materials tutorial: Silicon as a platform for quantum computing' at the CQC2T Workshop 2020.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
Theoretical Tutorial: Quantum communications CQC2T | Centre for Quantum Computation and Communication Technology 2020-05-20 | CQC2T Program Manager Prof. Tim Ralph from the University of Queensland presents a quantum computing theoretical tutorial on quantum communications.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at cqc2t.org
CQC2T Workshop 2020 CQC2T | Centre for Quantum Computation and Communication Technology 2020-02-28 | Highlights from the CQC2T Workshop 2020.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at http://cqc2t.org
Towards provably secure international voice communications:The next generation of quantum satellites CQC2T | Centre for Quantum Computation and Communication Technology 2020-02-28 | CQC2T PhD student Alexis Shaw from the University of Technology Sydney, talks us through his latest research on 'Towards provably secure international voice communications: The next generation of quantum satellites' at the CQC2T Workshop 2020 Poster Session.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at http://cqc2t.org
Resonance of Near-Surface Implanted Bi Donors and in situ enrichment of Si by ion implantation CQC2T | Centre for Quantum Computation and Communication Technology 2020-02-28 | CQC2T PhD student Danielle Holmes from the University of Melbourne talks us through her latest research on 'Electron Spin Resonance of Near-Surface Implanted Bi Donors and in situ enrichment of Si by ion implantation' at the CQC2T Workshop 2020 Poster Session.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at http://cqc2t.org
Loss-tolerant steering inequalities: Travis Baker Griffith University CQC2T | Centre for Quantum Computation and Communication Technology 2020-02-28 | Travis Baker from Griffith University talks through his latest research on 'Loss-tolerant steering inequalities' at the CQC2T Workshop 2020 Poster Session.CQC2T is the world's largest team undertaking fundamental research to create a universal quantum computing ecosystem. Learn more at http://cqc2t.org
CQC2T Workshop 2020 - Poster Sessions CQC2T | Centre for Quantum Computation and Communication Technology 2020-02-28 | CQC2T researchers from across Australia shared their latest research during the Poster Sessions at the CQC2T Workshop 2020. Learn more at http://cqc2t.org
CQC2T - achievements, researchers and mission to build the worlds first quantum computer. CQC2T | Centre for Quantum Computation and Communication Technology 2019-02-19 | Led by Australian Research Council Laureate Fellow and 2018 Australian of the Year Professor Michelle Simmons, the ARC Centre of Excellence for Quantum Computation and Communication Technology is a collaboration between seven Australian universities and more than 25 international partners - one of the largest combined efforts in quantum computation and communication research in the world - spearheading fundamental advances in optical and silicon quantum computing platforms and the development of secure quantum networks with a mission to build a global quantum internet.Learn more at http://cqc2t.org
Quantum scientists demonstrate world-first 3D atomic-scale quantum chip architecture CQC2T | Centre for Quantum Computation and Communication Technology 2019-02-12 | #CQC2T UNSW scientists have shown that their pioneering single atom technology can be adapted to building 3D silicon quantum chips – with precise interlayer alignment and highly accurate measurement of spin states. The 3D architecture is considered a major step in the development of a blueprint to build a large-scale quantum computer.Read more: https://newsroom.unsw.edu.au/news/sci...Animation by Tony Melov.Visit the CQC2T website at http://cqc2t.org
