Michael Reading

Title: **Innovative Mind: Michael Reading and His Contributions to IR Spectroscopy**

Introduction

Michael Reading, an accomplished inventor based in Norwich, GB, has made significant strides in the field of infrared spectroscopy. With a remarkable portfolio of five patents, Reading's work focuses on enhancing the capabilities of analytical instruments that utilize atomic force microscopy (AFM) for localized IR measurements. His innovative ideas have the potential to revolutionize how scientists perform spectroscopic analysis on sample surfaces.

Latest Patents

Among Michael Reading's latest inventions is the technique titled "High frequency deflection measurement of IR absorption." This breakthrough method showcases an AFM-based approach that allows for highly localized IR spectroscopy, which could greatly benefit various scientific disciplines. However, challenges such as size, implementation costs, and the consistency of results have hindered its commercialization. Reading's inventions aim to tackle these critical issues, paving the way for a feasible and widely available analytical tool in the scientific community.

Career Highlights

Michael Reading serves as an inventor at Anasys Instruments Corporation, where he continually strives to advance the boundaries of analytical techniques. His professional excellence has resulted in multiple patents that demonstrate his ability to merge innovation with practical applications. Reading's commitment to developing tools that improve the quality of scientific research has established him as a leading figure in his field.

Collaborations

Reading has collaborated with noted colleagues Kevin Kjoller and Craig Prater at Anasys Instruments Corporation. Together, they work on enhancing the efficiency and applicability of AFM techniques in scientific scenarios. These collaborations often lead to insightful innovations, allowing them to tackle challenges in the spectroscopic landscape effectively.

Conclusion

Michael Reading's innovative spirit and dedication to improving scientific instrumentation are evident through his contributions and patents. As he continues to address the complexities surrounding IR spectroscopy, his work promises to make a lasting impact on the scientific community, providing researchers with tools that enhance the precision and reliability of their findings.