Wireless Power Study Reveals the Sweet Spot for Charging Many Devices at Once
A new Scientific Reports study identifies the optimal pairing of receiver count and load value that keeps multi-receiver wireless power ...
A new Scientific Reports study identifies the optimal pairing of receiver count and load value that keeps multi-receiver wireless power ...
Researchers have released an open experimental dataset from a SWIPT testbed in which multisine waveform tone counts encode information while ...
Engineers have built a 3 W hybrid system that sends power across a sealed rotating gap via magnetic resonant coupling ...
A controlled laboratory study shows that atmospheric turbulence degrades data reliability in free-space optical SLIPT links while paradoxically increasing harvested ...
A simulation study describes a 22.68 kW hybrid inductive-capacitive wireless charger whose contoured hollow plates cut edge electric fields by ...
Chiba University and Finnish startup Willo Technologies have signed a joint research agreement to study how stable wireless power can ...
Engineers have built a low-cost, funnel-shaped rectenna array that harvests ambient 5G millimeter-wave energy across 26–40 GHz with a measured ...
Researchers have developed a multi-objective path-planning framework that uses Voronoi partitioning and urgency-based routing to extend the lifetime of rechargeable ...
Researchers have developed a parity–time-symmetric wireless power system combining a self-oscillating wearable transmitter with a stretchable liquid-metal receiver that delivers ...
Researchers in South Korea have developed a variation-tolerant wireless power transfer system combining a self-tuning parity-time symmetric circuit with a ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine