This invention presents a novel technology for microscale personalization of jewelry and gemstones by inscribing barcodes and QR codes using ultrashort pulsed lasers, focused ion beams, micromilling, and microdrilling.

This invention describes a vehicle body, particularly for buses, made from a layered structure consisting of an inner and outer cover with a middle core for support.

A method to join several structures together involves placing them in a fastening area and using a fiber material and resin to hold them in place. This forms a fiber material that soaks up the resin.

This invention describes a method of synthesizing a target material using an ultrafast laser ablation technique.

This invention discloses an eco-friendly polymer foam composite comprising a reduced graphene oxide (rGO)-coated oxidized graphene framework (OGF) embedded within a polyurethane (PU) matrix.

This invention describes a method for fabricating passive polymeric structures of sub-wavelength dimensions. The method includes preparing an acrylate mixture, where the acrylate mixture comprises of acrylate monomers and a photo initiator.

The present invention relates to a device that utilizes oscillation of electrons in metals for manipulating electromagnetic radiation.

This invention describes a method for patterning 3D nano-microstructures of sub-wavelength resolution with two photon lithography using an apparatus.

This invention describes a two-photon patternable all carbon material system which can be used to fabricate fluorescent 3D micro/nano structures using two-photon lithography, with sub-wavelength resolution.

This invention describes a method for fabricating carbon quantum dots-based dye sensitized solar cells (QDSC).