Our quantum algorithm for a network of oscillators is out. The network can be simulated on a quantum computer with an exponential speedup. We also show an oscillator network of exponential size can simulate a quantum computation.
https://t.co/lu1FtpsUow
In quantum computing, if you use a single qubit for measuring phase then the error tends to be large; we've now shown how to make the measurement optimal using just one more qubit.
https://t.co/m1jzBjpjnq
Some light reading for the weekend, our most recent results on simulation of quantum chemistry with a new Bloch orbital form of tensor hypercontraction. We apply it to battery technology with Lithium Nickel Oxide cathodes.
https://t.co/XCUlD0iTHQ
Tomorrow I'm presenting our quantum algorithm for topological data analysis at the AIP Congress. Here is the paper where we explain it in more detail.
https://t.co/xWEmBsfWdT
Our paper with an improved quantum algorithm for topological data analysis is now out. We show that a quantum computer could solve a problem in days that would be beyond the power of supercomputers.
https://t.co/xWEmBrYTbT
PhD scholarship applications are now open with the SQA. The deadline is 26 September. SQA PhD Scholarships provide a stipend of up to AU$35,000 p.a., access to career development funding and exclusive benefits such as the SQA PhD Experience Program.
https://t.co/Mivu22bWDO
Our work showing how to perform collective measurements is out now. This is measurements acting jointly on multiple copies of a quantum state, which provides better accuracy than measuring them individually.
https://t.co/39yZvvVwQE
We have now worked out an optimal quantum algorithm for solving linear equations, by proving the adiabatic theorem for a quantum walk. This is a result that has applications in a whole host of areas like differential equations.
https://t.co/fEWVJQTDBi
The paper on quantum algorithms for quantum field theory is out. This one is using a much faster method for preparing the Gaussians, as well as using wavelets for systems that vary over space.
https://t.co/vmFETVvIeC
We have two postdoc positions available in quantum algorithms and quantum control. The closing date for applications is 13 August. For more details and the application forms, see
https://t.co/n494xtmZvi
https://t.co/jv24ZMnKHU
Our paper on quantum chemistry simulations using tensor hypercontraction is now published in PRX Quantum. It provides the fastest quantum algorithm yet for simulation of molecules.
https://t.co/jPYk33BwRe
We have found a host of new improvements for quantum simulation of quantum chemistry using plane waves (good for crystals), increasing the speed by around a factor of 1000.
https://t.co/EfSkt6Lf6x
Our paper on photonic data locking is now published in the journal Quantum.
https://t.co/xxFcy2r8ob
It is a form of quantum key distribution with multiple photons and modes, inspired by Boson Sampling.