At Hannover Messe 2025, SaxonQ and Quantum Machines presented a first-of-its-kind public demonstration of their portable room-temperature quantum computer. This milestone showcased real-time applications such as image recognition and quantum chemistry calculations, highlighting the potential for practical quantum computing outside laboratory settings.
Utilizing Quantum Machines’ OPX+ control system, the collaboration successfully demonstrated how advanced technology can enable real-world industrial and research applications, marking a significant step toward integrating quantum computing into everyday environments.
Live Demonstration of Mobile Quantum Computing
At Hannover Messe 2025, SaxonQ and Quantum Machines presented a significant milestone in quantum computing with their live demonstration of a mobile quantum computer. This event marked the first public showcase of applications running on a portable system that operates at room temperature without cryogenic cooling.
The demonstration highlighted two key applications: real-time image classification, where an NV-center processor was used to distinguish between smiley and non-smiley faces, and a quantum chemical calculation determining the energy levels of hydrogen using a single qubit. These examples underscored the potential of mobile quantum computing in practical settings.
SaxonQ’s technology leverages spin defects in diamond chips, enabling room-temperature operation—a notable advancement over traditional systems that require cryogenic conditions. This innovation makes the system more accessible for industrial and research applications.
Integral to this achievement was Quantum Machines’ OPX+ control system, which optimized qubit manipulation, ensuring stability and scalability. This collaboration demonstrated how precise quantum control can facilitate real-world applications, paving the way for broader adoption in fields such as chemistry and artificial intelligence.
The success of this demonstration signifies a step toward integrating quantum computing into everyday industrial environments, showcasing its potential beyond laboratory settings.
Enabling Technologies Behind SaxonQs Innovation
The enabling technologies behind SaxonQ’s innovation are rooted in advanced materials science and control systems. SaxonQ’s mobile quantum computer operates using spin defects in diamond chips called NV-centers, which serve as qubits. These defects allow for room-temperature operation, eliminating the need for cryogenic cooling and reducing infrastructure requirements compared to traditional quantum computing systems.
Integrating Quantum Machines’ OPX+ control system is critical to optimizing qubit manipulation. This advanced hybrid quantum-classical control platform ensures precise and reliable operations, enabling the mobile quantum computer to perform tasks such as real-time image recognition and quantum chemical calculations with stability and scalability.
SaxonQ’s approach leverages the unique properties of diamond-based qubits, which are less susceptible to environmental noise than other qubit types. This design choice contributes to the system’s ability to operate in portable environments while maintaining computational integrity. The combination of these technologies represents a significant step toward practical applications of quantum computing outside traditional laboratory settings.
The collaboration between SaxonQ and Quantum Machines highlights the importance of advanced control systems in enabling reliable quantum operations. These technologies address challenges such as qubit stability and environmental interference, paving the way for broader adoption of mobile quantum computing solutions across various industries.
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