Nageh K Allam

Title: Innovations by Nageh K Allam: Pioneering Electrical Circuit Components from Silkworm Silk

Introduction

Nageh K Allam, an innovative inventor based in New Cairo, Egypt, has made significant contributions to the field of electrical engineering with a keen focus on sustainable materials. With a portfolio of five patents, Allam is recognized for his unique approach to utilizing biological materials in the production of electrical components.

Latest Patents

Among his latest inventions, Allam has developed methods for creating electrical circuit components made from silkworm silk. This groundbreaking technique involves preparing a mixture of structured material and silkworm food, which is then fed to silkworms. The harvested silk contains fibers that include silkworm-digested portions of the structured material, enabling the incorporation of these fibers into electrical circuit components.

Additionally, Allam has patented an innovative array of transition metal tubular architectures. These structures, composed of a transition metal oxide, sulfide, or selenide, measure less than 100 nm in length and can be at least partially crystalline. Notably, over 80% of the tubular architectures are kept below the 100 nm mark, highlighting the precision and advanced technology behind his work.

Career Highlights

Nageh K Allam's contributions are closely tied to his role at The American University in Cairo, where he collaborates with fellow researchers and students to advance the field of electrical engineering. His ability to merge biological processes with engineering principles has set him apart in his field, positioning him as a thought leader in innovative circuit design.

Collaborations

Working alongside esteemed colleagues Yomna Emad Saleh and Mohamed Abdel-Hady Gepreel, Allam has fostered an environment of collaboration that merges various expertise to enhance their research outcomes. Together, they are pushing the boundaries of what is possible in electrical engineering by exploring new and sustainable materials.

Conclusion

Nageh K Allam's work exemplifies the intersection of biology and technology, showcasing the potential of organic materials in creating advanced electrical components. His innovative patents reflect a forward-thinking approach that not only contributes to the scientific community but also paves the way for environmentally friendly technological advancements. Through his dedication to exploration and collaboration, Allam continues to inspire future innovations in electrical engineering.