5/20/2025 We’re excited to announce the beta release of QuSpin’s newly updated localization analysis software for the Neuro-1 system. This builds upon previous builds with upgrades that mark a major step forward in usability and automation. What used to require manual tuning is now streamlined—just load your data, select a few sensors, and hit “Go.”… Read more »
Summary: The QuSpin HALO platform offers a turn-key solution for quickly and accurately determining the location, orientation, and calibration data for arrays of QuSpin’s Optically Pumped Magnetometers. This streamlined system provides a user-friendly approach to sensor localization (the first step in the co-registration process) for advanced bio-magnetic sensing applications. Optically Pumped Magnetometers for bio-magnetic… Read more »
Summary: QuSpin Localization Software enables fast, accurate calculation of sensor locations and orientations. This beta release is part of the QuSpin HALO product platform that provides a simple solution for registering sensor arrays to medical datasets. The advent of highly sensitive “zero field magnetometers” (QuSpin’s QZFM sensor for example) has paved the way for exciting… Read more »
Introducing Neuro-1, a state-of-the-art, integrated optically pumped magnetometer (OPM) sensor system designed for high-channel density biomagnetic applications such as Magnetoencephalography (MEG). This all-in-one solution combines QZFM sensors, control electronics, data acquisition, and power supply into a streamlined, unified system. A key advance in Neuro-1 (N1) is the miniaturization and integration of sensor control electronics. Thanks… Read more »
The third-generation QZFM sensor (Gen-3) is now ready for release! This is an important milestone that marks the final step in our three-step process to develop mature zero-field OPM technology. The Gen-1 sensor (2016) was a technology demonstrator built to validate the underlying technology. The Gen-2 sensor (2019) was a miniaturized version that paved the… Read more »
Our current Gen-2 QZFM can sense y and z components of the magnetic field but not x. Because many applications can greatly benefit from a sensor that can detect all three components, we have developed a new triaxial variant. The triaxial variant has the same size, weight, power, and cost as the standard variant. The… Read more »
The Sir Peter Mansfield Imaging Centre, University of Nottingham have, in operation, the first 50 channel OPM-MEG array based upon QuSpin sensors. The system uses Gen-2 QZFM mounted on the scalp using a flexible (EEG-like) cap, to measure the magnetic fields generated by current flow through neuronal assemblies. In this way it offers direct and… Read more »
A number of groups, including us, are exploring what an OPM-based MEG system will look like in the future. The technology is evolving rapidly so it is difficult to make a prediction but an EEG cap-like solution does look promising in the short term. In the photo below we explore a prototype MEG cap with… Read more »
Magnetoencephalography (MEG) and other biomagnetic recordings are generally made inside a magnetically shielded room (MSR) to suppress environmental magnetic noise. Traditional MSRs built for superconducting MEG systems are very large (for example 3.9 x 2.9 x 2.3 m) and cost around $1M. Optical MEG systems, such as QZFM based MEG, can be very compact and do not require such… Read more »
We are starting a long overdue discussion/support page for QZFM (QZFM discussions). Here you will find answers to basic technical queries, and you can post questions, results, tips and any other information useful for the general community. It will take some time to create an exhaustive database but your inputs will go a long way… Read more »