HIGHLIGHTS
SUMMARY
To capture lifetimes of very weak delayed fluorescence from plants, accounting for a mere ~0.03% of the total emission, highly sensitive photodetectors must be employed, generally involving cost prohibitive, laboratory grade equipment such as a photon counting photomultiplier tube (PMT), a detector on the order of thousands of dollars. While instruments for capturing delayed fluorescence in laboratory environments exist, to the best of the knowledge, a portable, low-cost SiPM-based device with smart photon counting algorithm-affording supreme sensitivity for in-field biosensing of delayed fluorescence has not yet been reported to . . .
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