… the forward propagation light from the backward light. Finally, a transmittive off-axis diffractive
… diffraction theory and vector diffraction theory are two main theories used to design. Vector …

… Ultrafast laser filamentation is an attractive nonlinear phenomenon as a consequence of …
field in recent years. To achieve non-diffractive ultra-long transmission of filament propagation …

… Some Observations on Scattered Light and Lyman Ghosts Given by Diffraction Gratings:
JF … A New Approach to Computer Holography: HJ Caulfield, Opt. Commun. 2, No.5, 200 (1970). …

… together with the powder X-ray diffraction (PXRD) pattern matching. More recently, their
single crystal structures can be determined by electron diffraction or single-crystal XRD 337,339. …

… Diffraction interference induced superfocusing in nonlinear … new possibilities for achieving
high-density optical storage. This study focuses on the latest advancements in optical field …

… of the electric field, which propagates along z axis with the corresponding magnetic field. For
a … due to diffraction effect ,and we will discuss more on the diffraction effect in next section. …

… is limited by the diffraction of light waves,or Abbe’s criterion. For the diffraction-limited optical
… Computing the EM field propagation more than 107 times in a cyclic process and expecting …

… ~10ns to ~10fs propagating inside the fiber, both dispersive and nonlinear effects influence
their … beam and the diffracted laser beam, with the acoustic wave direction propagating at the …

… free space and interfere in the far-field to form complex optical patterns. The … propagation
delay in a discrete and planar way. However, the chromatism in diffraction and the limited field …

… propagating through a nonlinear medium – was first demonstrated by Alfano and Shapiro in
the early 1970s [1]. In recent years, the development of novel … light through Bragg diffraction. …