Our Portfolio and Current Assets
QuantumX Labs Own QECC IPQuantum Gyro
Building and owning quantum gyroscope
Quantum Gyro measures rotation by tracking the Larmor precession of noble-gas nuclear spins in an alkali/noble-gas vapor cell. Optical readout enables high sensitivity with a pathway to miniaturization and lower power.
Technology snapshot
- Optical pumping polarizes alkali atoms; spin-exchange transfers angular momentum to noble-gas nuclei.
- A resonant AC magnetic field drives coherent nuclear spin precession.
- Signal is read out optically via alkali-atom magnetometry (Fermi-contact enhanced).
Why it matters
- Precision rotation sensing for inertial navigation and stabilization.
- Designed for GNSS-denied environments where drift and bias stability are critical.
- End-2026 targets: improved bias, scale factor stability, reduced size and power.
