Please do take a look at our preprint if any of the above interests you, and let us know what you think. We'd love to hear your feedback and suggestions!

We demonstrate the results classically using tensor network simulations of the disordered Heisenberg model. The core elements of the algorithm were designed with quantum hardware in mind, and we propose a hybrid implementation suitable for near-term quantum devices.

In this work, with IBM Research and the STFC Hartree Centre, we've developed a new way of preparing excited states by combining the shift-invert process with imaginary time evolution. All we need to do is pick a target energy, and the algorithm will return the eigenstate closest to that target!

This is along the same lines as the mistake on my CV that for years said I had experience in "high performance computering". 🤦‍♂️

It certainly is on occasion, although my grievances at the moment are quite minor compared to yours - I'm mostly just losing patience over what I think are misleading straw man arguments.

Yeah, I had to send it off specially for that, as my uni only offered black by default but I really wanted blue for some reason I don't remember. 😅