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Researchers are advancing dynamic magnetic field shielding for magnetoencephalography (MEG) to lower costs and broaden access to brain imaging. This development underscores a critical shift toward centering clinical requirements when translating quantum sensing technologies into practical healthcare applications. The event highlighted the necessary partnerships between quantum researchers, clinicians, and industry partners to overcome hurdles before widespread adoption.
Quantum and Healthcare Fields Connect for Collaboration
Q-BIOMED Connect 2026 united quantum researchers, clinicians & industry to discuss translating technologies into clinical impact.
Researchers are developing dynamic magnetic field shielding techniques that could significantly lower the cost of magnetoencephalography, or MEG, potentially broadening access to brain imaging. The advances were highlighted at Q-BIOMED Connect 2026, a meeting at the Roy Dolby Centre, part of the Cavendish Laboratory, bringing together the quantum and healthcare fields. Attendees at Q-BIOMED Connect 2026 identified a clear need to center clinical requirements when translating quantum sensing technologies into practical healthcare applications. A central panel discussion focused…
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