Company Filing History:
Years Active: 2019-2024
Title: Innovations of Ali Ghiaseddin: Pioneering Electroluminescent Technologies
Introduction: Ali Ghiaseddin is an inventive mind based in Howell, MI, United States. With a total of three patents to his name, Ghiaseddin has made significant contributions to the field of biological specimen characterization through advanced electroluminescent methods and devices.
Latest Patents: Ghiaseddin's most recent patent focuses on electroluminescent methods and devices for the characterization of biological specimens. This innovative approach utilizes electroluminescent materials that, when positioned in proximity or direct contact with a biological specimen while receiving an electrical signal, generate electroluminescence in response to the specimen's presence. The electroluminescent output manifests as an image of the specimen, which is captured by an optical device that collects light, processing it according to specific needs. The methodology requires the assembly of an electroluminescent device, incorporating the biological specimen, a dielectric layer, and a substrate in any desirable order. Additionally, the device can function in either a closed-circuit or open-circuit configuration regarding the power source.
Career Highlights: Ali Ghiaseddin is associated with Ahuratech LLC, where he continues to push the boundaries of innovation. The company focuses on developing cutting-edge technologies for various applications, underscoring Ghiaseddin's commitment to practical and impactful invention in the field of biological research.
Collaborations: Throughout his career, Ghiaseddin has worked closely with Hashem Akhavan-Tafti, which has potentially enhanced the collaborative efforts within Ahuratech LLC to innovate and refine electroluminescent technologies further.
Conclusion: With a total of three patents and groundbreaking work in electroluminescent characterization methods, Ali Ghiaseddin stands at the forefront of innovation in his field. His ongoing contributions and collaborations emphasize the importance of interdisciplinary efforts in advancing technological capabilities that enhance our understanding of biological specimens.