2 citations · 3 across the 5 of their papers we have counts for
5 papers
Single-atom-based asynchronous photonic interconnect for scalable modular quantum computing
Jérémy Raskop, Nadav Kandel, Geva Arwas +6
Scaling quantum computation beyond the capacity of a single quantum processing unit requires quantum interconnects between modular processors. Optical photons are natural carriers…
Circuit-Level Loss Performance of RHG and Foliated Floquet Color Codes in a Compound Photon--Atom Quantum Architecture
Dana Ben Porath, Juval Bechar, Daniel Azses +1
A central question for fault-tolerant quantum computing is which quantum error-correcting codes are best suited to a given hardware architecture. Here we compare the Raussendorf--H…
Blueprint for a fault-tolerant compound photon-atom quantum architecture
Geva Arwas, Doron Azoury, Daniel Azses +11
Fault-tolerant quantum computing requires architectures that simultaneously address scalability, connectivity, and error correction under realistic noise constraints. We present a…
Emergence of a Fermi-surface in the current-driven Hidden state of 1T-TaS
Yuval Nitzav, Roni Gofman, Ilay Mangel +9
The origin of the insulating state in 1T-TaS has long been a subject of debate. A short current pulse transforms this insulating state into a metastable metallic phase. Using m…
Carrier Density and Thickness Dependent Proximity Effect in Doped Topological Insulator -- Metallic Ferromagnet Bilayers
Yaron Jarach, Gad Koren, Netanel H. Lindner +1
We use magneto-conductivity to study the magnetic proximity effect on surface states of doped topological insulators. Our bilayers consist of a layer of FeSe, which is a me…