Diana Viegas

Title: **Diana Viegas: Innovator in Fluid Detection Technology**

Introduction

Diana Viegas, an accomplished inventor based in Braga, Portugal, has made significant contributions to the field of optical technology. With her innovative approach, she has developed a groundbreaking optical fiber designed for the detection of various compounds in fluids. Her work stands as a testament to the potential of technological advancements in enhancing detection systems.

Latest Patents

Diana holds a patent for an optical fiber intended for use in a detection system aimed at identifying one or more compounds in a fluid. This invention features an optical fiber comprising at least two binding portions, strategically placed along its length. Each binding portion includes a plasmonic structure and/or Surface-Enhanced Raman Scattering (SERS) structure, combined with a binding material that enables the binding of specific compounds. This unique setup allows for the differentiation of light transmitted through the binding portions when compounds are unbound versus when they are bound, paving the way for more accurate detection methods.

Career Highlights

Diana Viegas is a key contributor at the International Iberian Nanotechnology Laboratory (INL), where she applies her expertise in nanotechnology to develop innovative solutions. Her research focuses on advancing the capabilities of optical fibers in various applications, particularly in environmental and biomedical fields. Through her work, she enhances our understanding of compound detection, which has far-reaching implications.

Collaborations

In her professional journey, Diana has collaborated with notable colleagues, including Raquel Queirós and Jana Nieder. These collaborations have enabled her to leverage diverse expertise and insights, fostering innovative approaches to problem-solving within her field.

Conclusion

Diana Viegas is a remarkable inventor whose contributions to optical technology and compound detection systems are noteworthy. Her patented innovations highlight the importance of interdisciplinary collaboration and the impact of dedicated research in driving technological advancements. As she continues to develop her work at the International Iberian Nanotechnology Laboratory, her future endeavors are sure to influence both academic research and practical applications in fluid detection technology.