Awarded Projects

Emulsions, i.e. matching densities immiscible fluids, are extremely common in industrial and environmental applications. The interface separating the two phases modifies significantly the carrier phase, severely affecting the flow motion.

Marine ecosystems are fundamental components of the Earth system, providing valuable ecosystems services. However, human activities have drastically changed the structure and functioning, as well as the health and productivity of oceans and coastal regions.

This project seeks to further demonstrate the adaptability of VAR beyond single-panel generation, broadening its potential applications in personalized content creation, structured media adaptation, and multimodal learning.

As the Earth’s climate rapidly changes due to the effect of human activities, predictive climate information has become increasingly crucial to help society prepare for these changes.

The atmosphere affects humans in a multitude of ways, from loss of lives due to adverse weather effects to long-term social and economic impacts.

AtomBagFM is designed to support a wide range of downstream applications, including molecular property prediction, generative chemistry, and drug discovery.

With the downscaling of silicon transistors into sub 5 nm size, quantum effects in conductivity start to play a major role, making the transistors increasingly unreliable. Emerging technologies in this field rely on crystalline oxides such as LiNbO3 or BaTiO3.

The electrochemical transformation of CO2 with renewable electricity to high energy density compounds (fuels) holds the key to reach sustainability goals SDG 7 closing the carbon cycle and mitigating the intermittent nature of the renewables.

Knowledge of transformation mechanisms and related free-energy barriers in pressure-induced solid-solid first-order phase transitions is of fundamental interest but also of major importance for technological applications.