… principles and applications of optical time-stretch imaging. Specifically, in Section II, we discuss
the principles … In Section III, we show the principles of optical time-stretch imaging, namely…

… Photonic time stretch is a data … principles and applications of this emerging field for
continuous phase and amplitude characterization at extremely high repetition rates via time-stretch …

… that our method allows undistorted time stretching and subsequent … stretching of modulation
waveforms [37] were limited to operation on the signal amplitude profile. As an application …

… In this article, we focus on four key applications. In particular, we discuss updated
implementations of real-time-measurement techniques to address key aspects of nonlinear fiber …

… the principles and applications of time-stretch imaging systems. In Section 2, we review
the principles and introduce key components of time-stretch … serval applications of time-stretch …

… This delay is a function of time, decreasing as the … the time-stretching principle consists in
the introduction of certain functions, called the timestretching function, in which terms the time …

… -stretch imaging. To illustrate this unique … -quality time-stretch imaging at ~700 nm. Specifically,
we demonstrate MHz fluorescence and colorized time-stretch microscopy for the first time …

… Intuitively, one would expect a reduction in the signal power upon time stretching. This would
… In addition, we show that time stretching alleviates the SNR reduction due to the jitter in the …

… In summary, we have analyzed and demonstrated a timestretch system that can potentially
enable A/D conversion of microwave and millimeter-wave signals. The system takes …

… What's more, the dispersion mismatch of the two interference arms, the dispersion slope
inherent in the time stretching element and the nonlinearity caused by wavelength interval …