Exoplanets are planets that orbit stars other than our own Sun. The study of exoplanets provides insight into different stages of life
cycles in planetary systems, allowing us to examine planetary physics in a global context. The objective of EXOWORLD is to develop
novel detection, characterisation and statistical techniques for understanding the fundamental physics which drives the evolution of
planetary systems and find out what set of conditions lead to a habitable world. With next generations of space missions and
ground-based instruments on their way, there is an increasing demand for effective approaches in dealing with large exoplanet
databases. Improved methods are required to extract information in photometric and spectroscopic data for small signals and push
towards the discovery of smaller, lighter planets. As the number of known exoplanets grows, it is also important to analyse planet
populations as an ensemble in order to connect observed planetary properties to various planet formation theories. The EXOWORLD
network comprises 12 organisations from 8 countries and it will leverage interdisciplinary and international expertise to study the
diversity of exoplanets. Secondments will be carried out by both Early Stage Researchers and Experienced Researchers to achieve
objectives in four aspects of exoplanet research: detection, characterisation, statistics and habitability. The project will involve a
series of training and networking activities aimed at knowledge transfer between participants, enhance individual skills and foster
career developments. EXOWORLD will make progress in exoplanet characterisation, and results will be exploited in devising strategic
observational and analytical approaches in future missions. Overall, the action will establish a sustainable, collaborative effort in
exoplanet science and ultimately addresses some timeless questions “Is the Solar System unique?"