awesome :)

e) we bought our own YYY machine, etc.. Not looking for any fancy metals, Al and Stainless Steal is good enough, but if fancier materials like niobium, titanium and invar are also options - that's even better. Cheers :) :)

It’s ideal for an experimentalist who isn’t quite ready to let go of the qubits they used in their PhD, but is eager to explore how they can interact with others. 😜😜 If you’re interested—or know someone who’d be a great fit—reach out!

Due to the hybrid nature of our research, a broad range of expertise would be valuable: a good-fit candidate could be a neutral atoms/AMO expert or nanophotonics/superconducting expert interested in learning how to build a completely different platform!

If you’re interested in interfacing different quantum platforms—to scale or create novel distributed/modular quantum systems—this might be the perfect spot. We’re chasing some wild ideas and need someone just as excited about pushing limits.

Huilo Huilo, Chile. :)

And a blind two-qubit gate across two remote network nodes (two labs located on different floors of our building) again servers don't know whether the gate is entangling or not - this information is only available to the client who only possesses a photon detector and an AOM.

Also, a two-qubit blind gate inside one node of our network which hides whether the gate is entangling or identity, controlled by the client (unknown to the server).

We performed universal single-qubit gates blindly, including Identity 🤣, Hadamart and a non-Clifford gate. arxiv.org/abs/2412.03020