Quantum Sensors for Earth Observation

Join the Space Photonics Technical Group for an insightful webinar on the cutting-edge topic of quantum sensors for Earth observation. This session will explore the current state of Earth observation techniques, including an overview of the instruments traditionally employed in space missions. We will then delve into the emerging field of quantum sensors, explaining how they work and their potential applicability to future space missions. By enhancing the capabilities of Earth observation missions, society can benefit from improved environmental monitoring, resource management, and disaster response. Whether you're an Earth observation professional, a technology enthusiast, or simply curious about the future of space-based science, this webinar will provide a comprehensive understanding of how quantum technology can shape the future of our planet's observation.

What You Will Learn:
• Quantum Sensors for Earth observation applications
• Traditional instruments employed in space missions- current state of Earth observation techniques

Who Should Attend:
• Earth observation professionals
• Space photonics enthusiasts
• Early career members in the field of space-based science

About the Presenter: Aaron Strangfeld from European Space Agency

Born in Stuttgart, Germany, Aaron Strangfeld completed his Bachelor's and Master's degrees in physics from Humboldt-University in Berlin in 2018 and 2020, respectively. His career in laser technology began in 2017 at TOPTICA, working on laser diodes, followed by a role at ColVisTec in 2018 focusing on laser spectroscopy applications. In 2019, Aaron moved to Singapore to conduct research at the Centre for Quantum Technologies and support technology developments on gravimeters at Atomionics. In 2020, he returned to Berlin to work at the Ferdinand Braun Institute, developing compact laser systems for quantum technology in space. In 2021, he joined the European Space Agency (ESA) to work on Laser Ranging and Optical Atomic Clocks for navigation satellites.  Since 2022, he has been coordinating quantum sensing activities for Earth observation applications and leading the quantum-enhanced sensing efforts within ESA's Quantum Technology Cross-Cutting Initiative.