Phi-Lab Switzerland
Your research platform for out-of-this-world innovation.
News! Phi-Lab Switzerland: Mission Status
Check the Phi-Lab research programme’s status and key figures and discover quarterly how Phi-Lab Switzerland contributes to the space and deep-tech landscape. Find more details about Phi-Lab projects on their respective pages.
Research Programs
Quantum
What if every satellite could carry a quantum sensor the size of a shoebox?.
Materials
What if spacecraft structures could adapt, shield, and self-heal in orbit, enabled through advanced manufacturing?
The research programme has kicked-off with 4 selected projects!
Data
Space x Data call is open: Smart Space & Safe Space (S4)
Join our webinar on June 10th from 10am to 11am (CET) for a short presentation and live Q&A session with programme manager Jennifer Wdasworth.
Call for proposal cycle
Phi-Lab at ESDI
The Phi-Lab at the European Space Deep-Tech Innovation Centre (ESDI) aspires to transform breakthrough science into real-world solutions. The approach based on use-inspired research, combined with deep-tech competence in our ecosystem, promises that developments are scientifically excellent, commercially relevant and have potential market impact. We expect that this accelerates progress from laboratory demonstrations to market-ready products that meet the demanding standards of space, but also terrestrial applications.
Accelerate
work on deep-tech conundrums worth solving
involve
diverse stakeholder communities
attract
newcomers for participation in research activities
Deep-Tech x Sustainability
At ESDI, deep tech means “knowledge-rich technology at the frontier of science and engineering that pushes the boundaries of what’s possible.“
How does ESDI’s deep tech support sustainability on Earth? ESA and PSI both actively pursue sustainability. Learn more here:
Sustainability at ESA l Sustainability at PSI – ETH Domain
Deep tech from ESDI powers sustainable solutions for both space and Earth:
- Quantum technologies: Satellite-based quantum sensors detect fine changes in gravity, magnetism, and time helping with climate modeling, water monitoring, and environmental tracking.
- Advanced materials: Self-repairing satellite parts extend mission lifetimes, reduce space debris, and lower environmental impact through fewer launches.
- Data science: Intelligent analysis of satellite data enables predictive maintenance and optimizes systems—innovations that can be applied to energy and infrastructure on Earth.
These deep tech breakthroughs further ESA’s Strategy 2040, unlocking applications across agriculture, transportation, and climate monitoring.
For more info, check our FAQ or contact us directly.
Contact us
We appreciate your interest in ESDI. Kindly complete the form, and we will respond to your inquiry promptly.
For questions related to open calls, please visit the call page on the Open Space Innovation Platform (OSIP).
Dr. Jennifer Wadsworth
Head of Phi-Lab
PSI
Dr. MARKUS SCHOELMERICH
PROGRAM MANAGER
PSI
