Wireless magnetic implants track muscle movement through skin
A skin-mounted magnetometer array wirelessly tracks implanted magnetic beads to sense muscle dynamics and drive neuroprosthetic control.
A skin-mounted magnetometer array wirelessly tracks implanted magnetic beads to sense muscle dynamics and drive neuroprosthetic control.
Using a mid-infrared solar telescope, researchers traced apparent magnetic field weakening beneath flare ribbons during an X1.5-class solar flare via ...
A randomized controlled trial found that combining repetitive transcranial magnetic stimulation with cognitive load training significantly reduced depressive symptoms and ...
Researchers fabricated a MnZn soft ferrite toroidal core by PIM-like additive manufacturing using powder-filled polymer pellets, then debinded and sintered ...
A retrospective study of 182 Fontan patients found that lower CMR-derived superior vena cava flow was associated with death or ...
A 246-point magnetic survey at Indonesia’s Benowo landfill identified anomaly zones that may mark preferential subsurface leachate pathways, while source ...
A retrospective single-center analysis of 126 adults shows that routine cine cardiovascular magnetic resonance can identify left atrial enlargement, ventricular ...
In the high-stakes environment of acute stroke care, every second counts as medical teams race to restore blood flow to ...
Every second of modern life unfolds inside a magnetic field. Power lines, electric motors, MRI scanners, wireless chargers and the ...
A new 5.0-T MRI study maps the synovium-vascular axis in children with juvenile idiopathic arthritis, linking synovial inflammation, arterial narrowing, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine