Using a novel architecture, they combine electric and magnetic fields to move ions in a three-dimensional array. By using static electromagnetic fields instead of the radiofrequency fields of other approaches, ZuriQ solves the scaling problems of traditional systems. This technology promises a more efficient connection of qubits and a new era of quantum computing.

ZuriQ's technology is based on the use of static electromagnetic fields, in contrast to the radio-frequency oscillating fields of other approaches. A specially developed micro-structured chip with many electrodes generates static voltages that are embedded in a homogeneous, static magnetic field. This allows individual ions to be trapped at any position above the chip, where suitable electric field zero points are created.

By varying the voltages over time, the arrangement of the ion traps can be fully reconfigured in three dimensions. This flexibility allows the ions to be efficiently and dynamically repositioned, solving scaling issues and achieving higher qubit connectivity. ZuriQ's approach optimizes the architecture for maximum efficiency and precision, paving the way for high-performance quantum computing that enables both direct system sales and cloud-based applications.