CQC2T Seminar: Overcoming the repeaterless bound in continuous-variable quantum communication without quantum memories – Mr Matthew Winnel, The University of Queensland

CQC2T Seminar: Overcoming the repeaterless bound in continuous-variable quantum communication without quantum memories – Mr Matthew Winnel, The University of Queensland

3

AIP Seminar: Go big or go home: scaling up quantum computing with optical continuous-variable systems – A/Prof Menicucci

4

CQC2T Seminar: How your choice of measurement basis bounds estimator error (Ruvi Lecamwasam) & Teleporting coherent states of photons with reduced decoherence (Hao Jeng)

3

CQC2T Seminar: Imaging ultrathin van der Waals magnets with a quantum diamond microscope – Dr Jean-Philippe Tetienne

CQC2T Seminar: Controlled Single Ion Implantation for Donor-Qubits in Silicon – Dr Alexander Jakob

10

CQC2T Seminar: Exploiting a Single-Crystal Environment to Minimize the Charge Noise on Qubits in Silicon

28

CQC2T Seminar: Engineering long spin coherence times of spin–orbit qubits in silicon

2

Implications of Wigner’s Friend Paradox for Quantum Causality – Eric Cavalcanti

2

AQIS ’20: Silicon-based quantum computing – Prof Andrew Dzurak

35

Artificial atoms create stable qubits for quantum computing

28

Hot Qubits: major quantum computing constraints overcome

4

POSTER: Machine learning for optimisation of quantum systems by Aaron Tranter

2

POSTER: Dynamics and Stability of an Optically Levitated Mirror by Ruvi Lecamwasam

31

POSTER: Electron Spin Resonance of Near-Surface Implanted Bi Donors and in situ enrichment of Si by ion implantation by Danielle Holmes

3

POSTER: Loss-tolerant steering inequalities presented by Travis Baker

3

POSTER: Towards provably secure international voice communications: The next generation of quantum satellites by Alexis Shaw

63

Fastest 2 Qubit Gate in the West/World

27

CQC2T – achievements, researchers and mission to build the world’s first quantum computer.

27

World’s first accurate two-qubit gate

11

Quantum scientists demonstrate world-first 3D atomic-scale quantum chip architecture

8

Continuous variable quantum optics on chip

6

The “Dressed Qubit” breakthrough in quantum state stability

9

Quantum Cloning

5

Multiplexed quantum random number generation at Griffith Uni

2

Classical characterization of quantum optical devices at Griffith Uni

4

Down to the wire: CQC2T creates smallest ever wires

20

How to Build a Quantum Computer in Silicon

16

World’s first single atom transistor

2

Landmark in quantum computing

3

Quantum data at the atom’s heart

5

Towards a Quantum Internet

3

Quantum Clusters

5

World’s first complete design of a silicon quantum computer chip

8

Building blocks for a global quantum internet from ANU

5

Flip-flop qubits: a whole new quantum computing architecture

10

Quantum computing a step closer to reality with stationary light from ANU

3

Quantum Computer Coding in Silicon Now Possible

3

Quantum Computing Breakthrough

7

Crucial Hurdle Overcome for Quantum Computing

4

New World Record for Silicon Quantum Computing

7

CQC2T Seminar: Overcoming the repeaterless bound in continuous-variable quantum communication without quantum memories – Mr Matthew Winnel, The University of Queensland

3

AIP Seminar: Go big or go home: scaling up quantum computing with optical continuous-variable systems – A/Prof Menicucci

4

CQC2T Seminar: How your choice of measurement basis bounds estimator error (Ruvi Lecamwasam) & Teleporting coherent states of photons with reduced decoherence (Hao Jeng)

3

CQC2T Seminar: Imaging ultrathin van der Waals magnets with a quantum diamond microscope – Dr Jean-Philippe Tetienne