Qubiz delivers quantum sensing and metrology solutions that achieve ultra‑sensitive detection of magnetic fields, pressure, temperature, and specific molecules at the atomic scale.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional sensors for magnetic fields, pressure, temperature, and molecular detection often lack the sensitivity and noise immunity required for high‑resolution scientific research and precision industrial monitoring. This limits the ability to detect minute changes or trace low‑concentration substances, hindering advancements in fields such as materials science, healthcare diagnostics, and environmental monitoring.
Solution
Qubiz offers quantum‑based sensing and metrology platforms that exploit engineered quantum probes to achieve atomic‑scale detection of physical parameters and specific molecules. By applying coherent control techniques, the company amplifies target signals while suppressing environmental noise, delivering robust and ultra‑sensitive measurements. Quantum readout methods convert the altered quantum states into classical data streams that can be directly integrated into existing measurement workflows. The resulting precision surpasses that of classical sensors, enabling new levels of accuracy for both scientific experiments and industrial process control.
Target Audience
Primary customers include research laboratories, advanced manufacturing facilities, and high‑precision instrumentation providers that require ultra‑sensitive detection capabilities for scientific and industrial applications.
Features
- Quantum probes engineered at the atomic scale for detection of infinitesimal magnetic, pressure, temperature changes and specific molecular signatures
- Coherent control protocols that amplify desired signals and filter out decoherence‑inducing noise for reliable measurements
- Quantum readout systems that translate quantum state information into actionable classical data compatible with standard instrumentation
- Modular sensor packages that can be customized for diverse application domains such as biomedical diagnostics, materials characterization, and environmental sensing
- End‑to‑end calibration and data processing pipelines ensuring traceability and repeatability of measurements