Transforming Agriculture with Advanced Sensing

Gaetano Panagia, Technical Marketing Engineer, Hamamatsu Photonics

About this webinar

Discover how miniaturized and inline optical sensing technologies for spectroscopy can help address key challenges in agriculture, such as delayed laboratory feedback, inefficient resource use, and regulatory pressures. The session compares grating-based, Fourier-transform-based, and Fabry–Pérot-based approaches, with practical examples including irrigation optimization, food quality assessment, emissions monitoring, and scalable field deployment.

About the presenter

Gaetano Panagia brings a wealth of expertise to Hamamatsu Photonics as a technical marketing engineer. He joined the company in 2021 and specializes in gas sensing, agriphotonics, and food sorting applications, curating technical content and conducting market research on Mid-IR detectors and spectrometers. He is also involved in Hamamatsu’s Pilot Line service, helping customers to design, build, and mass-produce custom optoelectronic modules.

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Simon Whitbread, X-Ray Technology Specialist

Gaetano Panagia
Technical Marketing Engineer
Hamamatsu Photonics

Explore how advanced sensing is transforming agriculture

Want to dive deeper into the topic? Discover how advanced optical sensing technologies are helping shape the future of agriculture, enabling smarter decisions and more precise approaches to crop and resource management.

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