Employing quantum physics for technology and fundamental research enables applications that go beyond what is possible based on classical physics. A large sensitivity to the environment, nonlocality of quantum states, and the dynamics of large entangled states are the unique properties of quantum systems that make this possible. The push for higher system coherence, scale-up in physical size and number of states, and bridging the application areas of quantum sensing, computing, communication and simulation are common themes in quantum research. Today, researchers can demonstrate exquisite control over the quantum state of spins, photons, atoms, and phonons.
Zurich Instruments' expertise combines integrated qubit control solutions, experiment control software, lock-in amplifiers, and application know-how in a wide range of technologies and measurement methods. For you, this means less engineering and programming effort, a direct path to the realization of your ideas thanks to specialized technology, and thus, a shorter time to result. With Zurich Instruments, you get direct access to many of state-of-the-art qubit control and readout methods with the highest signal fidelity. Easily usable feedback capabilities lower the barrier to implement innovative real-time control methods. And with intuitive experiment control software, you can accelerate the progress in your laboratory.
Zurich instruments' solutions come with a frequencies coverage from DC to 8.5 GHz without the need for mixer calibration, an integrated signal processing toolset for readout, control, and feedback without FPGA programming, and channel synchronization out of the box.
The LabOne Q software provides a programming interface for efficient experiment design, taking care of all low-level tasks such as instrument configuration, synchronization, and sequence programming. The LabOne graphical user interface and API integrate a full measurement toolset for single-instrument setups.
For maximum gate and readout fidelity, direct RF generation and double-superheterodyne technology provide high bandwidth, high SFDR, and low noise. Digital lock-in technology enables the recovery of weak signals at high speeds and at multiple frequencies without loss of signal-to-noise ratio.
With a large team of application scientists with deep roots in the scientific community and a broad scientific background, Zurich Instruments supports you to get the most out of your experimental setup.
To speed up measurement procedures covering large parameter ranges, Zurich Instruments' hardware and software is optimized to operate at the physical limits of the setup. Hardware sweeps, real-time pulse parameter control, and active qubit reset often reduce measurement times from hours to minutes or even seconds.
High-speed qubit control with the QCCS and its components
Low-noise, high-speed signal recovery with Lock-in Amplifiers in multiple frequency ranges
