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CQC2T | Centre for Quantum Computation and Communication Technology
Australia
Приєднався 23 жов 2016
CQC2T is one of the world's largest teams undertaking fundamental research to create a universal quantum computing ecosystem, led by 2018 Australian of the Year Prof. Michelle Simmons. Learn more at cqc2t.org
From sand to superposition: A key step towards a powerful silicon quantum computer
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 chip
CQC2T University of Melbourne node research:
Scalable Atomic Arrays for Spin-Based Quantum Computers in Silicon
AM Jakob, SG Robson, HR Firgau, V Mourik, V Schmitt, D Holmes, M Posselt, ELH Mayes, D Spemann, JC McCallum, A Morello, DN Jamieson
Advanced 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.
CQC2T University of Melbourne node research:
Scalable Atomic Arrays for Spin-Based Quantum Computers in Silicon
AM Jakob, SG Robson, HR Firgau, V Mourik, V Schmitt, D Holmes, M Posselt, ELH Mayes, D Spemann, JC McCallum, A Morello, DN Jamieson
Advanced 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.
Переглядів: 111
Відео
Developing Secure Quantum Communication Networks
Переглядів 762Рік тому
Developing secure quantum communication networks The Australian National University Program 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 te...
Quantum Memories | Quantum Communication Networks
Переглядів 821Рік тому
Developing quantum memories for quantum communication networks. Professor Ben Buchler Program Manager, Spinwave Engineering and Machine Learning Australia 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 be...
Dr Matthew Winnel | CQC2T | Optical Quantum Computing Theory
Переглядів 213Рік тому
Dr Matthew Winnel The Optical Quantum Computing Theory Program University 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 t...
Professor Howard Wiseman | CQC2T Program Manager | Quantum Information Theory
Переглядів 230Рік тому
Professor Howard Wiseman Quantum Information Theory Program Manager Griffith 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
Переглядів 111Рік тому
Professor Lloyd Hollenberg CQC2T Centre Deputy Director Program Manager, Quantum Processor Development University of Melbourne Meet 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 foc...
Dr Austin Lund | CQC2T Program Manager | Optical Quantum Computing Theory
Переглядів 74Рік тому
Dr Austin Lund Program Manager, Optical Quantum Computing Theory University of Queensland Meet 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 theo...
Professor Nicolas Menicucci | CQC2T Program Manager
Переглядів 285Рік тому
Professor Nicolas Menicucci Continuous-Variable Quantum Technology Program Manager RMIT University Meet 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 comput...
Professor Tim Ralph | CQC2T Program Manager | Quantum Communication Theory
Переглядів 122Рік тому
Professor Tim Ralph Program Manager, Quantum Communication Theory University 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 communic...
Teerawat Chalermpusitarak | CQC2T PhD Candidate | Quantum Information Theory
Переглядів 205Рік тому
Teerawat Chalermpusitarak CQC2T PhD Student Griffith 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 Excelle...
SQC creates world first integrated circuit at atomic scale
Переглядів 1,8 тис.2 роки тому
#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
Переглядів 2,2 тис.2 роки тому
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. ...
Developing a Silicon Quantum Computer: Si-MOS Quantum Dot Research Highlights
Переглядів 3,2 тис.2 роки тому
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 th...
Tutorial: Bosonic Error Correction - A/Prof Nick Menicucci, RMIT
Переглядів 6622 роки тому
#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
Переглядів 7802 роки тому
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 cqc2t.org/
Questions on Quantum: What is a qubit, quantum computing book recommendations and what to study?
Переглядів 3382 роки тому
Questions on Quantum: What is a qubit, quantum computing book recommendations and what to study?
CQC2T Seminar: Fermion Sampling - Mauricio Morales, UTS
Переглядів 1502 роки тому
CQC2T Seminar: Fermion Sampling - Mauricio Morales, UTS
Question on Quantum: What is Hong-Ou-Mandel (HOM) interference?
Переглядів 2,5 тис.2 роки тому
Question on Quantum: What is Hong-Ou-Mandel (HOM) interference?
CQC2T Seminar: Tight bounds for multiparameter estimation with separable measurements
Переглядів 1232 роки тому
CQC2T Seminar: Tight bounds for multiparameter estimation with separable measurements
AIP & CQC2T Webinar: Machine Learining for Quantum Systems - Dr Aaron Tranter
Переглядів 1912 роки тому
AIP & CQC2T Webinar: Machine Learining for Quantum Systems - Dr Aaron Tranter
CQC2T Seminar: A new spin-photon centre for silicon quantum devices
Переглядів 7853 роки тому
CQC2T Seminar: A new spin-photon centre for silicon quantum devices
Single Photon Frequency Conversion for Frequency Multiplexed Quantum Networks in the Telecom Band
Переглядів 4013 роки тому
Single Photon Frequency Conversion for Frequency Multiplexed Quantum Networks in the Telecom Band
A perspective on spin-based quantum computing: material development, fast measurements and modelling
Переглядів 2483 роки тому
A perspective on spin-based quantum computing: material development, fast measurements and modelling
CQC2T Seminar: A high-sensitivity charge sensor for silicon qubits above one kelvin
Переглядів 1443 роки тому
CQC2T Seminar: A high-sensitivity charge sensor for silicon qubits above one kelvin
CQC2T Seminar: Single-electron spin resonance in a nanoelectronic device using a global field
Переглядів 1853 роки тому
CQC2T Seminar: Single-electron spin resonance in a nanoelectronic device using a global field
Nuclear spin hyperpolarization of molecular samples using nitrogen-vacancy centers in diamond
Переглядів 2683 роки тому
Nuclear spin hyperpolarization of molecular samples using nitrogen-vacancy centers in diamond
Full configuration interaction simulations of exchange-coupled donors in silicon
Переглядів 2193 роки тому
Full configuration interaction simulations of exchange-coupled donors in silicon
CQC2T Seminar: Continuous-variable gate teleportation and bosonic-code error correction
Переглядів 4193 роки тому
CQC2T Seminar: Continuous-variable gate teleportation and bosonic-code error correction
Overcoming the repeaterless bound in continuous-variable quantum comms without quantum memories
Переглядів 3583 роки тому
Overcoming the repeaterless bound in continuous-variable quantum comms without quantum memories
Imaging ultrathin van der Waals magnets with a quantum diamond microscope
Переглядів 2433 роки тому
Imaging ultrathin van der Waals magnets with a quantum diamond microscope
Emerson Road
59494 Schulist Overpass
Nathaniel Point
Muito bom!
Best technology which kicks out butts is alien technologies. We have a long ways to go. I LIKE TO SEE AMPUTEE GET A LEG THAT GROWS FROM A STUMP THAT IS A DUPLICAE OF THE LEG THAT WAS HACKED OFF. FROGS GROW NEW LIMBS.
I miss your videos a lot,I will be my dream to pursue my studies at your university.❤
That man
Bud
❤️
Hmm 🤔 I don’t understand 😃
This will probably be the future of quantum computing.
Good
Nice
Correct- sort of. QIST is weird. Time Crystals rock. Cyberpunk 4 lyyyyfeeeeeee
This is amazing information. You make it so easy to understand something so complex. Thank you!
As I would like to collaborate with you Professor Andrea Morello, in the incredible footprint that you are writing in history for those who understand it that way. From my beautiful place Medellin - Colombia if you can read me I want to congratulate you and express my admiration for your great work.
How can anyone take you seriously when you use tools such as SIGLENT 1:09 ?!!!! Quantum Computing on SIGLENT 🤣.
Your move ♟ - ❤️ Ame 🦅✨⚔️⏱🧳
When ?
Can we store the power from lightning ⚡ with this technology?
kuch bhi...
But I'm afraid that it will never happend because of error problems
yes, Mr. Feynman, surely you are joking!!
This comment is classified.
Amazing presentation, but I couldn't ignore that your name is Nicolas See ManyCoochie
This are the kind of presentation that photonics field needs to approach society and make people understand our field better. From MEETOPTICS we are proud to be part of the photonics community and to help engineers and researchers in their search for optical lenses through our site. We celebrate every step forward and we hope new people join our community every day!
This are the kind of presentation that photonics field needs to approach society and make people understand our field better. From MEETOPTICS we are proud to be part of the photonics community and to help engineers and researchers in their search for optical lenses through our site. We celebrate every step forward and we hope new people join our community every day!
FATHI FES MEDOS SAID THANK YOU SO MUCH
FATHI MEDOS FES SAID THANK YOU SIR
cant wait to see gpu's based on photonics. i heard this tech has 8x the throughput with 1/5th the power of electronic gpu's. and this is just the pre-industrial limit.
Great talk！
Very clear presentation! Thank you!
Yes, it is great!
محاضرة قيمة مشكور هذا الاستاذ. Valuable lecture many thanks.
yes but tell me how trump can still win the 2020 election
Nice content and explanation. Thank You
Doing great work guys!!
Excellent talk Ruvi, I've often wondered about how one measures error on the circle, particularly in the case of periodic boundary conditions.
Thanks very much @DrV!
Imagine living in a simulated digital environment being the norm; and traveling through a linear timeline. Entering specific moments of the timeline and altering the timeline with the entangled state of electrons and other nano particles, therefore making changes or in other words creating another identical timeline streaming in the most abstract way on a larger [magnified] scale ⚖.
When Jesus once said: "Don't let the left hand know what the right hand is doing." - He was referring to #Quantum #Computing.
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I think this work is much more important than what you guys even realize. Would it be possible for me to have a conversation with somebody who understands this? I'm searching for people to create a team, it's not about computers though!
Super success super congrats. Please keep up the good work and update often...
It is definitely an inspiration!
you can use ML to cut off the noise
Just subbed, about to check out some of your other videos! You deserve way more subscribers. Do you know of SMZeus . c o m?? You could use it to help increase your subscribers.
Sending data and messages around the globe using a quantum network? :) How about to Mars? Or even further! Gotta network those Teslas for Elon! Nice work, my friends.
hey this is a very cool video! What do people think, how long until we have a "quantum network" option on the toolbar, and what would it do, would it make a link super secure?
Hi! Thanks for your comment 😁 Like many technologies that have come before, it's hard to predict exactly how quantum computers and networks will change the world. One thing we do know is that they're unlikely to be consumer products when they first become available. That said, banks, transport and delivery companies, governments and many others are already preparing for this technology, so that customers and citizens can benefit as soon as it's here. For example, you might not need to use quantum technology directly, because your bank will be using quantum computers and/or networks to optimise services and secure your data and transactions. For many people, the most exciting prediction for the quantum internet is that it will enable ultra-secure, or even uncrackable encryption. But many scientists think the greatest benefit will come from being able to link up all the different types of quantum computing and sensing devices around the world.
Ultra low latency (what we currently call 'ping') quantum networks would be very good indeed. :)
herbium :)
I enjoyed learning about the quantum world so much that I wrote a fiction novel about it, called Quantum Bob. (Thanks for sharing this mysterious and beautiful view of the world!) www.amazon.com/dp/B01MA5I4OT
Do videos like this add to the confusion surrounding quantum mechanics for the public? On one hand we tell 1st year undergrads about the no-cloning theorem, and now we get this from world-leading quantum physicists from Anu: "The universe does not permit perfect clones. Quantum physics tells us that that's impossible. So we needed a way to overcome this limitation to create high-quality clones." Then: "We've made this work well enough for us to clone five copies of a single quantum state." They have said scattered throughout the video that their method is probabilistic (they are using the 'noiseless' amplification invented by Ralph and Lund), but it still feels wrong even to have a video entitled 'Cloning quantum light beams'.... doesn't it?
Hi Matt, it’s a tough question, and one we grappled with while making this video. Although the no-cloning theorem prevents us producing perfect clones all the time, it does not forbid imperfect deterministic cloning, or near-perfect cloning with certain success probability. Of course, the release that accompanies the video (cqc2t.org/node/6813) and the paper itself go into more detail, but it wasn’t possible to explain the contrast between deterministic and probabilistic experiments as well as describe the research - we hope that those who are interested in understanding the two approaches will be motivated to learn more. Ultimately, the method used in this experiment produces clones of light beams encoded with quantum information, which is the inspiration for the title. Our team at ANU have refined their probabilistic amplify-then-split method to the point where the experiment can produce up to 5 clones heralded to very high quality. Thanks for your thoughtful comment.
Hi CQC2T, I understand very well how the protocol works, but my comment reflects the ever increasing trend of coming up with jazzy titles at the expense of clarity and a common message. If it is the case that it is known this protocol is probabilistic (which of course we all know it is), why not title the video as such... I suggest: "Probabilistic cloning of quantum light beams: pathway to secure communication" This doesn't take away anything from the fantastic work that ANU have done! It is still a great result and of great interest to the scientific community. It *does* however provide a mixed message for those who are not familiar with the probabilistic noiseless amplification scheme, i.e. the general public. I assume that this video is targeted at the general public, which is why I made my original comment.
Amazing!! Cloning quantum light beams to secure communications. Perfect indistinguishability.