… of the pulse (620GHz). In this Letter, we demonstrate an optoelectronic time magnification …
the linear chirp provided by a dispersed optical pulse from a modelocked erbium-doped fibre …

… 4 demonstrates a time reversed and magnified 1011 pulse train followed by ringing due to …
the first pulse by misaligning the wedge and observing the disappearance of the first pulse in …

… photodiode signal time scale. A linear fit to the output versus input time of pulse #2 gives a
magnification M = … In our time microscope the input pulses are transform limited and enter the …

… Based on the time lens, there exist two methods to achieve the measurement of laser pulses:
time–frequency transfer and temporal magnification. Time–frequency transfer is a process …

… optical Fourier transform approach multiplexes the RF source to the Fourier domain of an
optical pulse … converted to the time domain, proportional to the convolution of the pulse and the …

… demonstrate an ultrafast optical tomography modality based on temporal magnification. It …
As we previously mentioned, this chirped signal is equivalent to time stretching a short pulse…

… in time to optical pulse compression and propose a time-domain … a new optical geometry
based on a time lens bounded by … distortionless magnification or compression of optical power …

… differential approximations of optical flow algorithm [8]. … time per video for color and video
magnification was 7-8 minutes while the computation time for analyzing and estimating pulse …

… the pulse carver, time lens, and dispersive medium, frequency-dependent optical pulses can
be observed with different time delays. As a result, high-linear frequency-to-time mapping is …

… overlapped using an optical tunable delay line. The SUT was a sub-picosecond pulse with
5… of the same MLFL, and it was thus optically synchronized with the two pumps. The SUT then …