All-to-all connectivity between our qubits provides maximal flexibility when generating or optimizing circuits. For example, if your circuit has CX (a,b) adjacent to CX (b,a), you can …

Another benefit of our on-demand qubit architecture is complete connectivity. Because our qubits aren't connected by physical wires, every qubit can interact with every other with no …

Thanks to all-to-all connectivity, IonQ’s trapped ion architecture offers unparalleled flexibility in algorithm design. Unlike the limited connectivity commonly found in superconducting …

Jan 8, 2025 · Connectivity in this case means the qubits’ ability to “talk” to each other via an entangling gate. In trapped ion systems, we have what’s called “complete” connectivity: any …

Oct 21, 2025 · To date, trapped ion quantum computers have led the way regarding time-to-solution, largely thanks to their flexible, long-range qubit connectivity, and low error rates.

Get Access Visualization: Aria’s all-to-all connectivity graph ? IonQ QPUs are fully connected. The 25 points on the perimeter of the image represent Aria’s 25 qubits. The lines represent the 300 …

Jan 8, 2025 · They also understood how important all-to-all connectivity would become in quantum computing applications and decided to design a system architecture that would …

Thanks to all-to-all connectivity, IonQ’s trapped ion architecture offers unparalleled flexibility in algorithm design. Unlike the limited connectivity commonly found in superconducting …

Our trapped ion quantum computers are built on a chain of trapped 171Yb+ ions, spatially confined via a microfabricated surface electrode trap within a vacuum chamber. Gates are …

Jun 19, 2025 · “Connectivity between qubits in quantum computing impacts efficiency and accuracy. Having all-to-all connectivity means faster time to solution, with higher quality …