CloudCT - Using computer tomography to look inside the clouds

07.02.2020

image
A formation of small satellites dissects a cloud field.

Enabled by the interaction of ten nanosatellites, which are to be developed and operated in space within the project, algorithms of medical computer tomography are used to obtain a better image of small cloud fields. The aim is to better understand and model the influence of clouds on climate.

Supported by an ERC Synergy Grant

Together with his Israeli colleagues, Prof. Yoaf Schechner and Prof. Ilan Koren, Prof. Klaus Schilling was awarded the highly endowed ERC Synergy Grant 2018. Prof. Schilling wants to answer the questions of this interdisciplinary project, which deals with the advanced networking of a large number of microsatellites, by research at the Zentrum fuer Telematik.

Detailed Project Description

The award winners Ilan Koren, Yoaf Schechner and Klaus Schilling in the multi-satellite test laboratory of the Zentrum fuer Telematik.

The award winners Ilan Koren, Yoaf Schechner and Klaus Schilling in the multi-satellite test laboratory of the Zentrum fuer Telematik.

An interdisciplinary team led by CT expert Prof. Yoaf Schechner (EE, Technion), atmospheric physicist Prof. Ilan Koren (Weizmann Institute of Science, Rehovot) and ZfT board member and satellite researcher Prof. Klaus Schilling will design, launch and operate a formation of ten nanosatellites.

This formation is intended to provide detailed images of the outer and inner 3D structure of clouds, analogous to medical computer tomography, which observes and maps the inside of a patient. By studying small cloud fields, which are usually not captured by current remote sensing technologies, the mission will contribute to a substantial improvement in atmospheric modelling and thus to climate prediction.

The images in CloudCT will be taken simultaneously from many directions around and above the clouds. This feat is made possible by a networked, self-organizing arrangement of several small and mobile satellites developed at ZfT.

CloudCT is pioneering new concepts in Earth observation and the development of sophisticated algorithms for computer-assisted imaging, computer vision and the autonomy of distributed networked systems. The research project was awarded the highly endowed ERC Synergy Grant.

CloudCT in the Media

Sueddeutsche Zeitung: Satellite researcher from Wuerzburg receives 14 million euro prize (in german)

Mainfranken 24: High award for satellite researchers (in german)

Welt.de: Satellite researcher from Wuerzburg receives 14 million euro prize (in german)

Informationsdienst Wissenschaft: Computer tomography of clouds (in german)

Youtube: CloudCT - Cloud Tomography by Satellites for Better Climate Prediction

Online Congress of the Bavarian Business Council for the Future. Climate 2030: Sustainable Innovations Presentation by Prof. Dr. Klaus Schilling (in german)

Funding

This project is funded by the European Research Council (ERC) Synergy Grant.
Link to the EU page.

Contact

For further information please contact us at: email

Project-page of the Consortium
CloudCT.Space

Satellite formations and innovative Earth observation
TIM - Telematics International Mission
NetSat - A formation flight mission of four small satellites
QUBE - Secure communication using quantum encryption

University of Wuerzburg
Chair of Robotics and Telematics