Jo Gjessing

Title: Innovator Spotlight: Jo Gjessing from Oslo

Introduction

Jo Gjessing is a prominent inventor based in Oslo, Norway, recognized for his contributions to the field of technology and innovation. With a total of two patents to his name, Gjessing has made significant advancements in detecting fields and emitting infrared radiation, showcasing his expertise and creativity in engineering.

Latest Patents

Gjessing’s latest patents include the "Detection of fields" and a unique "Infrared radiation source."

The "Detection of fields" patent describes a field detector that incorporates a field-responsive element which undergoes a dimensional change when exposed to a predetermined field. This invention features an interferometric read-out arrangement designed to detect this dimensional change, alongside a light source that provides measurement and reference beams. The setup also includes an optical detector to analyze the interference pattern created by these beams, enhancing the accuracy of field detection.

The "Infrared radiation source" involves an innovative design featuring a thin membrane with a radiation element made from a semi-conductive material. This element is connected to a frame that allows for efficient current conduction, ensuring even heating of the membrane. The periodic modulation of the refractive index within this element creates a photonic crystal that defines an optical resonator, making this technology pivotal for advancements in infrared radiation applications.

Career Highlights

Jo Gjessing currently works at SINTEF TTO AS, a leading research institution in Norway focused on technology transfer and innovation. His role involves not only developing cutting-edge inventions but also collaborating with other experts to push the boundaries of technology. His dedication and notable contributions have placed him among the influential inventors in his field.

Collaborations

Gjessing often collaborates with skilled coworkers such as Zeljko Skokic and Sverre Knudsen, whose expertise complements his work and enhances the innovation process. Together, they aim to leverage their collective talents to develop groundbreaking solutions that can have a far-reaching impact on society.

Conclusion

Jo Gjessing stands out as an innovative inventor in Oslo, with a strong commitment to advancing technology through his patents. His work, particularly in the areas of field detection and infrared radiation, highlights the potential for further advancements in various applications. With a robust career and valuable collaborations, Gjessing continues to make strides in the realm of innovation.