The Advanced Science Building:A New Impetus for Basic Research at EPFL

EPFL is investing CHF 200 million in an innovative building specially designed to meet the extreme demands of cutting-edge deep tech research, in the fields of quantum physics, nanotechnology, biology, chemistry and materials. In fields where measurements must be perfectly isolated from outside noise, the challenge is to create an environment that is free from disturbance to guarantee the precision of experiments, sometimes on an atomic scale.

A building designed to eliminate all interference

Electromagnetic interference, physical vibrations and variations in temperature and humidity are all factors that are difficult to control. The ASB is designed to neutralise these elements, which is an essential step forward in research infrastructures. As Anna Fontcuberta i Morral, future president of EPFL and leader of the interdisciplinary platforms, explains: ‘If we want EPFL to remain at the cutting edge of research, it is essential to construct a building that adapts to the current and future requirements of fundamental research’.

The building will be able to accommodate technology platforms for the scientific community, as well as 26 research groups, totalling around 600 users. This architectural challenge was taken up by a consortium led by Kaan Architecten (Netherlands) and Celnikier & Grabli Architectes (France). Their innovative solution includes a central ‘silo’, mounted on springs and isolated from the rest of the structure to house the majority of the technical equipment, which usually generates disturbances. This core ensures that the research areas remain vibration-free, guaranteeing optimal working conditions.
There are fewer than ten infrastructures in the world capable of meeting these standards,’ explains Ambrogio Fasoli, Associate Vice President for Research. By studying these models, we have selected the best practices to design our own building.

A Place for Research and Life

The ASB is not just an advanced laboratory; it has also been designed as a welcoming living space. The modular offices, made largely of wood, offer views of the campus, the lake and the mountains, creating an inspiring environment for researchers. Meeting and social areas, located close to the circulation zones, encourage exchanges and collaboration.
The structure will also incorporate recycled and sustainable materials, with a concrete base composed in part of recycled materials, and the majority of the structure made of wood. Work is scheduled to start in 2026, with opening planned for 2029.

➡️ Source: EPFL