SPOTs use PEDOT:PSS to modulate backscattered photons for low-voltage, fast-switching uplink communication from microscale electronics, demonstrated on photovoltaic-powered temperature-sensing microchips.
Burnett, Lydia Lee, Thomas Watteyne, and Kristofer S.J
2 Pith papers cite this work. Polarity classification is still indexing.
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Digital twin ecosystem for BLE PHY allows validation of crystal-free motes, achieving commercial BLE communication and -82 dBm receiver sensitivity.
citing papers explorer
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Scalable reflective communication for microscopic electronics
SPOTs use PEDOT:PSS to modulate backscattered photons for low-voltage, fast-switching uplink communication from microscale electronics, demonstrated on photovoltaic-powered temperature-sensing microchips.
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A Digital Twin Platform Enabling Monolithic Crystal-Free Bluetooth Low Energy Single-Chip Sensor Motes
Digital twin ecosystem for BLE PHY allows validation of crystal-free motes, achieving commercial BLE communication and -82 dBm receiver sensitivity.