Abstract: Embodiments of an integrated circuit (IC) package are disclosed. In some embodiments, the IC package includes a semiconductor die, a glass substrate, and a package substrate. The semiconductor die includes a micro light emitting diode (LED). The semiconductor die is at least partially embedded within the glass substrate and the glass substrate including a through glass via (TGV) embedded in the glass substrate wherein the TGV is electrically coupled to the semiconductor die to provide power to the micro LED. The package substrate that is coupled to the TGV.

Abstract: A micro-conformal nanoimprint lithography template includes a backing layer and a nanopatterned layer adhered to the backing layer. The elastic modulus of the backing layer exceeds the elastic modulus of the nanopatterned layer. The micro-conformal nanoimprint lithography template can be used to form a patterned layer from an imprint resist on a substrate, the substrate having a micron-scale defect, such that an excluded distance from an exterior surface of the micron-scale defect to the patterned layer formed by the nanoimprint lithography template is less than a height of the defect. The nanoimprint lithography template can be used to form multiple imprints with no reduction in feature fidelity.

Abstract: The present invention is directed to a material for use in imprint lithography that features a composition having a viscosity associated therewith and including a surfactant, a polymerizable component, and an initiator responsive to a stimuli to vary the viscosity in response thereto, with the composition, in a liquid state, having the viscosity being lower than about 100 centipoises, a vapor pressure of less than about 20 Torr, and in a solid cured state a tensile modulus of greater than about 100 MPa, a break stress of greater than about 3 MPa and an elongation at break of greater than about 2%.

Abstract: A micro-conformal nanoimprint lithography template includes a backing layer and a nanopatterned layer adhered to the backing layer. The elastic modulus of the backing layer exceeds the elastic modulus of the nanopatterned layer. The micro-conformal nanoimprint lithography template can be used to form a patterned layer from an imprint resist on a substrate, the substrate having a micron-scale defect, such that an excluded distance from an exterior surface of the micron-scale defect to the patterned layer formed by the nanoimprint lithography template is less than a height of the defect. The nanoimprint lithography template can be used to form multiple imprints with no reduction in feature fidelity.

Abstract: The present invention includes a method and a composition to form a layer on a substrate having uniform etch characteristics. To that end, the method includes controlling variations in the characteristics of a solid layer, such etch characteristics over the area of the solid layer as a function of the relative rates of evaporation of the liquid components that comprise the composition from which the solid layer is formed.

Abstract: The present invention provides a composition and a method of using the same to form a pattern on a substrate using imprint lithography employing dark-field polymerization. To that end, the composition includes a bis vinyl ether component, and an initiator component that produces an acid in response to radiation. The bis vinyl ether component is reactive to the acid and polymerizes in response thereto.

Abstract: A method for spreading a conformable material between a substrate and a template having a mold. The method comprises positioning the mold to be in superimposition with the substrate defining a volume therebetween. A first sub-portion of the volume is charged with the conformable material through capillary action between the conformable material and one of the mold and the substrate. A second sub-portion of the volume is filled with the conformable material by creating a deformation in the mold.

Abstract: The present invention provides a method for separating a mold from solidified imprinting material that includes creating deformation in the template in which the mold is included. The deformation is sufficient to create a returning force that is greater than an adhesion forced between the solidified imprinting material and the mold. For example, the deformation may result from a pressure differential created between the mold and a side of the template disposed opposite to the mold. In this manner, the distortion may be undulations in the template of sufficient magnitude to contact a substrate upon which the solidified imprinting material is disposed.

Abstract: Systems and methods for providing identification patterns on substrates are described.

Abstract: A process that enables coplanarization of the structures that have been created in multiple independent etch steps. The various etches are performed independently by selectively exposing only certain patterns to particular etching conditions. After these structures have been created, it is possible that the various structures will exist at different planes/elevations relative to the template surface. The elevations of the various structures may be adjusted independently by selectively exposing “higher” structures to an anisotropic etch that reduces the overall elevation of the structures, while preserving the structural topography.

Abstract: The present invention is directed toward a method of controlling a turbulent flow of a fluid between a substrate and a template, and more specifically, controlling a turbulent flow of a fluid between droplets disposed on a substrate and a template. To that end, the method further comprises the ingression and egression of the fluid through a first and second aperture, and in a further embodiment, a plurality of apertures, to create such a turbulent flow of the fluid.

Abstract: An imprint lithography template with an active area arranged to receive imprinting material during an imprint lithography process and a non-active area adjacent the active area is described. At least a portion of the non-active area is treated to inhibit flow of the imprinting material from the active area to the non-active area during the imprint lithography process.

Abstract: The present invention provides a composition and a method of using the same to form a pattern on a substrate using imprint lithography employing dark-field polymerization. To that end, the composition includes a bis vinyl ether component, and an initiator component that produces an acid in response to radiation. The bis vinyl ether component is reactive to the acid and polymerizes in response thereto.

Abstract: A composition is provided and a method of using the same to form a pattern on a substrate using imprint lithography employing dark-field polymerization is disclosed. The composition includes a polymerizable bisvinylether and an initiator that produces an acid in response to radiation.

Abstract: A process that enables coplanarization of the structures that have been created in multiple independent etch steps. The various etches are performed independently by selectively exposing only certain patterns to particular etching conditions. After these structures have been created, it is possible that the various structures will exist at different planes/elevations relative to the template surface. The elevations of the various structures may be adjusted independently by selectively exposing “higher” structures to an anisotropic etch that reduces the overall elevation of the structures, while preserving the structural topography.

Abstract: The present invention includes a composition to form a layer on a substrate having uniform etch characteristics. To that end, the composition has a plurality of components, a subset of which has substantially similar rates of evaporation for an interval of time.

Abstract: The present invention is directed toward a system for introducing a flow of a fluid between a mold, disposed on a template, and a substrate, the system including, a fluid supply system; and a chuck body having a baffle and first and second apertures, the first and second apertures disposed between the baffle and the template, with the first and second apertures in fluid communication with the fluid supply system to produce a turbulent flow of the fluid between the mold and said substrate.

Abstract: The present invention features a method of patterning a substrate that includes forming, on the substrate, a first film having an original pattern that includes a plurality of projections a subset of which extends from a nadir surface terminating in an apex surface defining a height therebetween. A second film is disposed upon the first film and defines a surface spaced-apart from the apex surface of the plurality of projections. A variation in a distance between the apex surface of any one of the plurality of projections and the surface being within a predetermined range. A recorded pattern is transferred onto the substrate that corresponds to the original pattern, within the predetermined range being selected to minimize pattern distortions in the recorded pattern.

Abstract: The present invention provides a method for separating a mold from solidified imprinting material that includes creating deformation in the template in which the mold is included. The deformation is sufficient to create a returning force that is greater than an adhesion forced between the solidified imprinting material and the mold. For example, the deformation may result from a pressure differential created between the mold and a side of the template disposed opposite to the mold. In this manner, the distortion may be undulations in the template of sufficient magnitude to contact a substrate upon which the solidified imprinting material is disposed.

Abstract: A method for spreading a conformable material between a substrate and a template having a mold. The method comprises positioning the mold to be in superimposition with the substrate defining a volume therebetween. A first sub-portion of the volume is charged with the conformable material through capillary action between the conformable material and one of the mold and the substrate. A second sub-portion of the volume is filled with the conformable material by creating a deformation in the mold.