site: MASSLAB url: https://test.nonverbalclub.pt/MASSLAB_WEB language: en

summary:

Research and projects

audience:

Researchers and project teams

purpose:

Conduct research and manage projects

category:

Research and development
keywords:
research, projects, team, office, development
services:
- research services - project management
page: Soutenable Légèreté page-type: Project url: https://test.nonverbalclub.pt/MASSLAB_WEB/projects/center-of-physics-and-mathematics last-updated: 2026-06-17

summary:

Soutenable Légèreté is a research project focused on sustainable lightness, part of the MASSLAB Projects collection.

keywords:

research, projects, team, office, development

purpose:

To explore sustainable lightness in research and development.

audience:

Researchers and developers in the field of physics and mathematics.

category:

Research and development

answer:

A research organization
question:
What is this organization?

answer:

Researchers and project teams
question:
Who is this for?

answer:

Conducts research and manages projects
question:
What problem does it solve?

answer:

Contact the team or visit the office
question:
How do I get started?

answer:

Focus on research and development
question:
What makes it different?

Soutenable Légèreté

At the territorial scale, this strategy is reinforced through a reconfiguration of mobility and public space. The removal of the car lane along Quai Ernest-Ansermet allows the campus to extend towards the river, transforming its edge into a new public realm. A network of informal pedestrian routes structures this ground, supporting soft mobility and everyday movement across the site. A new transversal connection to Boulevard Carl-Vogt strengthens the relationship between the university and the city, repositioning the campus as a permeable interface rather than a closed enclave.

The building itself takes the form of a 20-storey tower, approximately 80 metres high, deliberately kept below the scale of nearby developments. Its verticality is moderated through subtle volumetric displacements inspired by Paul Klee, giving the tower a composed silhouette that reads as a landmark without dominating its surroundings. Two constraints shape its organisation: the limited footprint available in relation to the programme’s scale, and the intention to free the ground level for civic use. These conditions structure the building into three main strata (basement, ground, and upper floors), each establishing a distinct relationship with landscape and programme.

The architectural expression emerges from the principle of sustainable lightness. Thin horizontal slabs appear to float from rigid bracing cores, with discreet vertical supports integrated into technical elements. Cantilevered slab edges reinforce this perception of lightness while reducing reflection and overheating on the glazed façades. The structural system combines reinforced concrete stability with a hybrid material logic, balancing performance, flexibility, and reduced material impact. On the upper floors, raised technical floors support adaptability over time, allowing the building to evolve alongside changing research and teaching practices.