(MENAFN- EIN Presswire) EINPresswire/ -- The QiB2 in the Box20 package provides a comprehensive environment for exploring qubit coupling architectures of varying complexity - from fundamental resonator studies to multi-qubit interaction schemes - all within a single, integrated device.
Researchers can progress step by step through the key building blocks of superconducting quantum systems, including:

.Bare coplanar-waveguide resonators
.A single fixed-frequency transmon qubit driven through its readout resonator
.A single fixed-frequency transmon qubit with a dedicated drive line
.A tunable transmon qubit equipped with both flux and drive lines

When ready to move beyond single-qubit physics, the QiB2 offers two coupled-qubit configurations:

.A pair of tunable qubits connected via a fixed coupler
.A pair of fixed-frequency qubits linked by a tunable coupler

These setups enable direct experimentation with different families of two-qubit gates, such as on-resonance and parametric gates, allowing side-by-side comparison of performance, control fidelity, and noise sensitivity - all within the same platform.
Because each configuration responds differently to environmental noise and setup imperfections, the QiB2 also serves as a powerful benchmarking tool for cryogenic microwave wiring, shielding, and filtering, as well as for the development and validation of control software and hardware.
Whether you're establishing a new quantum lab, training students and researchers, or testing cryogenic setups, the QiB2 offers a robust and flexible foundation for experimentation and learning.

Housed in the new Conscience Box20 packaging, the QiB2 integrates seamlessly into cryogenic systems and is ready for immediate deployment.

Learn more at

#quantum #superconducting #hardware #qubits #cryogenics #research

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