Abstract: Polarized reticles, photolithography systems utilizing a polarized reticle, and methods of using such a system are disclosed. A polarized reticle is formed having a reticle containing at least one first patterned region at least partially surrounded by at least one second patterned region. The first patterned region of the polarized reticle includes a polarized material and the second patterned region of the polarized reticle also includes a polarized material. Polarization directions of the polarized materials of the two patterned regions are generally orthogonal to each other. When the polarized reticle is irradiated using linear polarized light having a selected polarization direction, the polarized materials on the two patterned regions of the polarized reticle may be selectively used as a filter to enable exposing the different regions of the polarized reticle separately under optimal illumination conditions.

Abstract: Polarized reticles, photolithography systems utilizing a polarized reticle, and methods of using such a system are disclosed. A polarized reticle is formed having a reticle containing at least one first patterned region at least partially surrounded by at least one second patterned region. The first patterned region of the polarized reticle includes a polarized material and the second patterned region of the polarized reticle also includes a polarized material. Polarization directions of the polarized materials of the two patterned regions are generally orthogonal to each other. When the polarized reticle is irradiated using linear polarized light having a selected polarization direction, the polarized materials on the two patterned regions of the polarized reticle may be selectively used as a filter to enable exposing the different regions of the polarized reticle separately under optimal illumination conditions.

Abstract: A microfluidic color filter array, color imager system, and method for dynamic color filtering are disclosed. The microfluidic color filter array includes a network of fluid channels configured to contain fluid solution. The color imager system includes a photodiode array and a microfluidic color filter array disposed over the photodiode array. Fluid solution is supplied through fluid channels of the microfluidic color filter array to provide color filtering when light is received through the fluid channels to a respective photodiode.

Abstract: An apparatus, systems, and methods to print multiple fields on a substrate in parallel are provided. The apparatus incorporates a lithographic apparatus composed of two or more lithographic heads coupled to a common housing as a unit, with each head configured to hold a patterned template. Software can be utilized to keep track of what is printed at any given step, and conventional servometers can be used to reposition the head unit and templates in multiple steps to print the remainder of a wafer.

Abstract: Polarized reticles, photolithography systems utilizing a polarized reticle, and methods of using such a system are disclosed. A polarized reticle is formed having a reticle containing at least one first patterned region at least partially surrounded by at least one second patterned region. The first patterned region of the polarized reticle includes a polarized material and the second patterned region of the polarized reticle also includes a polarized material. Polarization directions of the polarized materials of the two regions are generally orthogonal to each other. When the polarized reticle is irradiated using linear polarized light having a selected polarization direction, the polarized materials on the two regions of the polarized reticle may be selectively used as a filter to enable exposing the different regions of the polarized reticle separately under optimal illumination conditions.

Abstract: Polarized reticles, photolithography systems utilizing a polarized reticle, and methods of using such a system are disclosed. A polarized reticle is formed having a reticle containing at least one first patterned region at least partially surrounded by at least one second patterned region. The first patterned region of the polarized reticle includes a polarized material and the second patterned region of the polarized reticle also includes a polarized material. Polarization directions of the polarized materials of the two regions are generally orthogonal to each other. When the polarized reticle is irradiated using linear polarized light having a selected polarization direction, the polarized materials on the two regions of the polarized reticle may be selectively used as a filter to enable exposing the different regions of the polarized reticle separately under optimal illumination conditions.

Abstract: Polarized reticles, photolithography systems utilizing a polarized reticle, and methods of using such a system are disclosed. A polarized reticle is formed having a reticle containing at least one first patterned region at least partially surrounded by at least one second patterned region. The first patterned region of the polarized reticle includes a polarized material and the second patterned region of the polarized reticle also includes a polarized material. Polarization directions of the polarized materials of the two regions are generally orthogonal to each other. When the polarized reticle is irradiated using linear polarized light having a selected polarization direction, the polarized materials on the two regions of the polarized reticle may be selectively used as a filter to enable exposing the different regions of the polarized reticle separately under optimal illumination conditions.

Abstract: Polarized reticles, photolithography systems utilizing a polarized reticle, and methods of using such a system are disclosed. A polarized reticle is formed having a reticle containing at least one first patterned region at least partially surrounded by at least one second patterned region. The first patterned region of the polarized reticle includes a polarized material and the second patterned region of the polarized reticle also includes a polarized material. Polarization directions of the polarized materials of the two regions are generally orthogonal to each other. When the polarized reticle is irradiated using linear polarized light having a selected polarization direction, the polarized materials on the two regions of the polarized reticle may be selectively used as a filter to enable exposing the different regions of the polarized reticle separately under optimal illumination conditions.