Institut Polytechnique de Paris
Ecole Polytechnique ENSTA Ecole des Ponts ENSAE Télécom Paris Télécom SudParis
Share

French Interuniversity 3-Minute Thesis Final 2025

10 Jun. 2025
Institut Polytechnique de Paris is delighted to host an interuniversity version of the Three Minute Thesis (3MT®) competition. The final will take place on Tuesday June 10, 2025 at Telecom Paris. This scientific mediation event enables doctoral students from participating institutions to present their research work in just three minutes, in English, in a language accessible to the non-specialist audience.
French Interuniversity 3-Minute Thesis Final 2025

About the Three-Minute Thesis competition

The 3MT® competition challenges PhD candidates to effectively explain their research in just three minutes, using only a single static slide. Originating at the University of Queensland in 2008, the competition has grown into a global phenomenon, with over 900 institutions from across more than 85 countries participating. 3MT® encourages the development of academic, presentation, and research communication skills and enhances the capacity to explain complex ideas in a straightforward and engaging manner.

IP Paris finalists

Institut Polytechnique de Paris

  • Ana-Maria Bratu, Hydrodynamics laboratory (LadHyX) at École Polytechnique
  • Sooyong Chae, Laboratory of Physics of Interfaces and Thin films (LPICM) at École Polytechnique

How plants harness rain and how we can do it too?

Plants have developed various strategies to ensure reproduction and propagate their progeny. Flowering plants may use insects or wind to spread seeds and pollen, or fruit-eating animals to disperse seeds. Rain plays a major role in the reproduction of some other plants. These last ones develop small, cup-shaped structures known as splash-cups on their upper surface. Within these cups, they house their reproductive units. Upon the impact of a raindrop with the splash- cup the units are ejected away from the parent plant and the likelihood of successful colonization in a new location is increased.

We study the splash-cup dispersal mechanism and we investigate the relationship between splash-cup geometry and the resulting hydrodynamic behavior during drop impact.

Real-time Polarimetric Imaging For Brain Tumor Surgery

Surgery remains the key step in treating most patients with brain tumors. 

Clearly identifying the tumor is very important to remove it effectively while preserving brain function. However, during surgery, it is often difficult to tell the difference between tumor tissue and surrounding healthy brain tissue due to poor visual contrast. 

Nevertheless, there is a noticeable structural difference between healthy brain tissue and brain tumors. Healthy brain tissue contains nerve fibers that are densely packed and well-organized, while tumor cells grow randomly and disrupt this organized structure. It has been shown that the organized patterns in healthy brain tissue can be highlighted using wide-field polarimetric imaging techniques. 

Our research focuses on speeding up both image acquisition and post- processing, as well as improving existing machine learning algorithms to improve the segmentation accuracy.
 

Université Paris-Saclay

  • Gwendoline Lozachmeur, Laboratory of Systems and Synthetic Biology (LISSB) at Université d'Évry Val d'Essonne
  • Naomi Kaste Mfonfu, Sanofi Precision Oncology Bioinformatics, from Université Paris-Saclay Faculty of Medecine

Université PSL

To participate at the intervarsity 3MT final 2025

This year, Institut Polytechnique de Paris is delighted to host an interuniversity version of the Three Minute Thesis (3MT®) competition.

Join us on Tuesday June 10, 2025 from 2:00 to 4:00 pm.