New Mexico R&D Tax Credit Filing Instructions
To claim the Research and Development (R&D) tax credit in New Mexico, businesses must generally follow a two-step process. First, taxpayers need to apply for approval of the credit by filing Form RPD-41385, Application for Technology Jobs and Research and Development Tax Credit. This application must be submitted within one year following the end of the calendar year in which the qualified expenditures were made. Once approved, the actual credit is claimed by attaching Form RPD-41298, Research and Development Small Business Tax Credit Claim Form, to the taxpayer’s CRS-1 tax return. This claim must also be made within one year after the end of the report period to which the credit applies. The credit, officially known as the “Technology Jobs and Research and Development Tax Credit,” is available to qualified businesses engaging in R&D activities within the state, with specific criteria for eligible expenditures and business size. Taxpayers can typically apply and claim these credits online through the New Mexico Taxation and Revenue Department’s Taxpayer Access Point (TAP) or by mail.
New Mexico Patent of the Year – 2024/2025
Advanced Optical Technologies, Inc has been awarded the 2024/2025 Patent of the Year for their groundbreaking innovation in material analysis. Their invention, detailed in U.S. Patent Application No. 20240142758, titled ‘Polarimeter with Multiple Independent Tunable Channels and Method for Material Orientation Imaging’, introduces a novel approach to imaging the microstructural orientation of materials.
This advanced polarimeter employs two independent polarization modulators that switch among multiple settings, creating several independent polarization channels. These channels enable the capture of a set of synchronized polarization images using an imaging detector. A processor then analyzes these images using a classification algorithm to generate material orientation images, providing insights into the microstructure of the sample.
Designed to operate on polished reflective samples, this technology is particularly effective for analyzing crystalline materials, such as polymer domains, fiber bundles, and crystalline grains. Its applications span various industries, including materials science, manufacturing, and quality control, where understanding material orientation is crucial.
By offering a non-destructive and efficient method for material analysis, Advanced Optical Technologies’ invention promises to enhance the understanding and utilization of material properties, paving the way for advancements in material science and engineering.