#Quantum article selection:
- Machine learning for quantum error mitigation
- Large scale quantum optimization
- Atom-like interactions between superconducting qubits
- Measurement-free fault-tolerant quantum error correction
- ...
More details and links below:
These are going to be designed by AI like in classical chip design.
Quantinuum Helios is a powerful star!
Reminder of the preferred approach when sharing arXiv preprint links
Slide by Edoardo Ballini
I’m at ECT* this week for a workshop on Hamiltonian Lattice Gauge Theories indico.ectstar.eu/event/242/ov... Looking at new developments for quantum algorithms in high energy physics and what the new Quantinuum full stack can do for the community
We want you to get fired up about our next-gen system, Helios! 🔥
So, today we're revealing full details about our new software stack, which will empower developers to get the most out of Helios (and all our future systems).
Unpack the Stack: www.quantinuum.com/blog/built-f...
#QuantumComputing 🔬⚛️
Using a trapped-ion quantum processor and a randomized algorithm with tailored error mitigation, researchers from @quantinuum.bsky.social simulate the real-time dynamics of a sparsified SYK model with 24 Majorana fermions.
arxiv.org/abs/2507.07530
Do you ever wonder how tensor networks could help you understand quantum gravity?
We have done the work for you and published a comprehensive guide to the performance of TN for simulating matrix models scirate.com/arxiv/2412.0...
#quantumcomputing
#quantumgtavity
#tensornetworks
Now pick another one 🫣
Japanese QCs send a fax with each measurement.
Who decided to assign the label “variational” to QML?? #QTML24
On my way to #QTML24 in Melbourne. Hard to beat the vibe and location of CERN last year, but looking forward to it!
go.bsky.app/PFpnqeM
I’m asking the same question!
“You don't discover penicillin by asking what are the applications of bread mould"
