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Feynman inspires new CQC2T Nature Communications paper

Feynman inspires new CQC2T Nature Communications paper

07/03/2018

UNSW physics researcher Sam Gorman Director of CQC2T, Scientia Professor Michelle Simmons said her team's approach to building a quantum computer "from the ground up, atom by atom" is inspired by physicist Richard Feynman who…

In The Media
Westpac Future Leaders Scholarship awarded to CQC2T post-graduate student

Westpac Future Leaders Scholarship awarded to CQC2T post-graduate student

25/01/2018

CQC²T is proud to announce that one of our new 2018 PhD students has been awarded a Westpac Future Leaders Scholarship to undertake post-graduate study. Joseph Rowlands graduated with First Class Honours for his experimental…

In The Media
Bright sparks: How Griffith researchers are using light to build a better supercomputer

Bright sparks: How Griffith researchers are using light to build a better supercomputer

16/01/2018

Griffith University researchers are building the next wave of supercomputers. Work published in Light: Science and Applications shows a new technique for a quick and reliable characterisation of integrated quantum chips that encode information using light…

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Quantum “spooky action at a distance” becoming practical

06/01/2018

Scientists from Griffith University have overcome a major challenge in applying a strange quantum effect to real applications. The team from the Centre for Quantum Dynamics have demonstrated how to rigorously test if pairs of photons –…

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Complete design of a silicon quantum computer chip unveiled

15/12/2017

A reimagining of today’s computer chips by UNSW engineers shows how a quantum computer can be manufactured – using mostly standard silicon technology.

In The Media
Paper by Scott Lillie highlighted in Nature Nanotechnology

Paper by Scott Lillie highlighted in Nature Nanotechnology

08/11/2017

A recent paper by Scott Lillie from CQC2T's Melbourne node has been featured as a research highlight in the latest edition of Nature Nanotechnology. The paper on coherent control of a spin qubit in diamond,…

Announcements, In The Media
Large-scale quantum circuitry challenges can be overcome for electron spin qubits in quantum dots or donors

Large-scale quantum circuitry challenges can be overcome for electron spin qubits in quantum dots or donors

06/10/2017

Prof Andrew Dzurak and Prof Andrea Morello have contributed to a review of approaches to quantum circuitry for semiconductor spin qubits showing that electron spin qubits in quantum dots or donors offer several opportunities to…

In The Media
The quest for a silicon quantum computer

The quest for a silicon quantum computer

13/09/2017

Three teams of Australian researchers are racing to make a silicon quantum computer. Full article by Wilson da Silva published in COSMOS Magazine 13 September 2017 CQC²T’s UNSW quantum computing effort is focused on creating…

In The Media
CQC2T researchers propose new type of qubit

CQC2T researchers propose new type of qubit

06/09/2017

Prof Andrea Morello and his team at UNSW has developed a new architecture for quantum computing, based on novel ‘flip-flop qubits’, that promises to make the large-scale manufacture of quantum chips dramatically easier. Artist's impression…

In The Media

The sound of a single atom

28/05/2015

It sounds like a pinball machine heard through a couple of tin cans and a bit of string, but that is actually the pinging noise of individual ions being fired into a silicon chip.

In The Media
Computing with a single atom

Computing with a single atom

18/09/2012

A research team led by Australian engineers has created the first working quantum bit based on a single atom in silicon, opening the way to ultra-powerful quantum computers of the future.

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