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The number of participants in this free training session is limited to 60 people.Registration deadline: November 3, 2026. Sign me up!

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

We therefore invite you to start by learning what a patent is and what can be patented, before moving on to the specific aspects related to the life sciences. In fact, pharmaceuticals, biotechnology, and medical technology are among the Belgian sectors that file the most applications with the European Patent Office, reflecting the dynamism and importance of this sector in Belgium.Presentation: Eléana Somville, Scientific Advisor (ADRE) Sign me up

JuryProf. Timoteo CARLETTI (UNamur), ChairProf. Anne-Sophie LIBERT (UNamur), secretaryProf. Benoît FRENAY (UNamur)Prof. Ugo LOCATELLI (University of Rome Tor Vergata)Prof. Konstantin BATYGIN (California Institute of Technology)Prof. Adrien LELEU (University of Geneva)AbstractThe growing number of extrasolar systems detected over the past three decades has made it necessary to develop fast and reliable methods for studying the long-term stability of planetary systems. In this work, we address the complex problem of the stability of compact three-planet systems—in which resonant and chaotic behaviors are intrinsically linked—using chaos indicators and machine learning. In the first part, we design four (variational and non-variational) chaos indicators and test their performance on a synthetic dataset. In the second part, we examine the predictive power of the chaos indicators when combined with different machine learning strategies. Finally, we apply these methods to a synthetic population generated by the Bern formation model, providing results on the long-term behavior and dynamical characterization of the multiple-planet systems in this population. Our analysis highlights the effectiveness of the dynamical tools developed here for assessing the stability of near-resonant systems and paves the way for their use in future space missions.

Intended primarily for master’s and doctoral students, this program will aim to guide participants through a step-by-step process of mastering the fundamentals of diplomatic science. To this end, it will combine lectures delivered by members of the team, opportunities to meet and exchange ideas with internationally recognized specialists in the field, and practical exercises using unpublished documentary collections held at the State Archives in Namur. More information