The 51st issue of the Polaris Innovation Journal is online, dedicated to the world of electromagnetism and Leonardo’s sensors for observation and monitoring applications. In particular, the new issue focuses on innovative applications and algorithms that are rapidly pushing the boundaries of technology, creating cutting-edge solutions that ensure Leonardo’s leadership position in the field. A result also achieved due to continued investment in research and development to improve the capabilities of sensors, making them more accurate, resistant to interference and difficult to detect.
Polaris Innovation Journal Issue 51 Provides a comprehensive overview of the latest technologies that can improve the performance of electromagnetic, optical, and infrared sensors. To make observation and surveillance systems increasingly “invisible” to enemy detection, a special focus is highlighted on the combination of innovative materials and sophisticated camouflage technologies.
Other insights are dedicated AESA (active electronically scanned array) antennas and their innovative testing methods were adapted microwave filter design activities, for secret technologies which reduces the visibility of aircraft with nanostructured coatings and radar-absorbent materials (RAM) for adaptive thermal camouflage, and infrastructure to monitor experimental helicopter flights in real time and to safety.
Finally, the topic of sensor integration on board platforms is illustrated through the use of Computational Electromagnetic Modeling (CEM), which allows the design of solutions to optimize the compatibility of the sensors themselves and minimize interference between electromagnetic fields, physical objects, and the surrounding environment.
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