Conventional methods for three-dimensional (3D) imaging frequently rely on voxel-by-voxel
data acquisition, which restricts the range of specimens in which they can be effectively …

We introduce a new single pixel imaging technique that automatically co-registers
quantitative phase and incoherent image modalities through the simultaneous acquisition of …

Spatial frequency modulated imaging (SPIFI) is a powerful imaging method that when used
in conjunction with multiphoton contrast mechanisms has the potential to improve the spatial …

Spatial frequency modulation imaging (SPIFI) is a structured illumination single pixel
imaging technique that is most often achieved via a rotating modulation disk. This …

Interferometric spatial frequency modulation for imaging (I-SPIFI) is demonstrated for the first
time, to our knowledge. Significantly, this imaging modality can be seamlessly combined …

Spatial frequency modulation imaging (SPIFI) provides a simple architecture for modulating
an extended illumination source that is compatible with single pixel imaging. We …

Microscopy has a long rich history of peering into life's smallest mysteries. Ever since the first
microscope, the ability to see objects that would otherwise be impossible to see with the …

In the following thesis I present my work advancing the state of the art in spatial frequency
modulation imaging (SPIFI). There are many imaging scenarios in which traditional …

A method of pulse shaping using spectral filtering, positive chirp, and self-phase modulation
to control the accumulated higher-order phase terms of the spectral phase. This pulse …

The development of ultrafast laser imaging and micromachining systems for use in
integrated material modification and additive manufacturing setups is discussed. This thesis …