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We present a framing integration ultrafast photography (FIP), whichintegrates the framing structure, codes a dynamic event by an inversed 4fsystem (I4F) and decodes regionally with high spatial resolution. In theexperiment about laser-induced plasma, FIP achieved a framing rate of 5.3*1012frames per second (fps) and an intrinsic spatial resolution of 110.4 lp/mm. Ithas an excellent spatio-temporal resolution and a compact and flexiblestructure. Hence, it can probe unrepeatable ultrafast intra- andinter-atomic/molecular dynamics, different in size and duration withhigh-quality. Besides, FIP can lay a foundation for integrating and simplifyingultrafast photography instruments. Here the minimum framing time (temporalresolution) is limited by only the laser pulse duration; be sure, attosecondlaser technology may further increase framing rates by several orders ofmagnitude.

Single-shot framing integration photography with high spatial resolution at 5.3*1012 frames per second by an inversed 4f system