HORIZON-JU-CHIPS-2025-QAC1-3-SGA · Research & Innovation Action

SPINS

Semiconductor Pilot Line for Industrial Quantum NanoSystems

A European pilot line industrializing semiconductor spin-qubit quantum chips. Coordinated by imec, SPINS connects 25 partners across 9 countries to build a standardized lab-to-fab route for quantum-computing hardware.

Total budget
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EU funding
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Months Duration
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Overview

Industrializing the quantum chip

SPINS is a European research initiative co-funded by the Chips Joint Undertaking, with a total budget of €50 million over a 36-month duration starting 1 January 2026. Coordinated by imec, it brings together 25 European RTOs, academic groups, and industry stakeholders.

The project supports the EU Chips Act and aligns with the Quantum Flagship’s Strategic Research Agenda. Within that portfolio, SPINS is the pilot line dedicated to semiconductor-based spin qubits — focused on delivering quantum chips for quantum-computing applications, and on strengthening Europe’s leadership in the field.
project summary

About the project

Introduction:

SPINS is a European research initiative co-funded by the Chips Joint Undertaking with a total budget of €50 million and a 36month duration starting 1 January 2026. Coordinated by IMEC, it brings together 25 European RTOs, academic groups, and industry stakeholders. This effort supports the EU Chips Act and aligns with broader European quantum roadmaps, including the Quantum Flagship’s Strategic Research Agenda. Within this portfolio, SPINS is the pilot line dedicated to semiconductorbased spin qubits, with a primary focus on delivering quantum chips for quantumcomputing applications. SPINS will lower barriers for startups, SMEs, and academia, foster a vibrant European quantum ecosystem and support the Chips for Europe Initiative. Key impacts include strengthening Europe’s leadership in quantum technology, enabling new business models and accelerating the industrialization of quantum computing.

Project description:

SPINS aims to industrialize semiconductor spinqubit quantum chips by connecting Europe’s leading pilotline infrastructures and partners into a coordinated, Europeopen pilot line. The line focuses on three platforms—SOI, Si/SiGe, and Ge/GeSi—and provides a clear labtofab route through standardized quantum Process Design Kits (PDKs) and MultiProject Wafer (MPW) runs to lower access barriers for startups, SMEs, and academia. This effort accelerates industrialization, strengthens European technological sovereignty, and builds a sustainable supply chain for quantumcomputing hardware. In parallel, SPINS harmonizes processes and metrology (including “quantum yield”), integrates cryoelectronics, and deploys highvolume characterization to enable fast, iterative productdevelopment loops with Europe’s quantum hardware ecosystem. Access will evolve via the project website and interfaces with EUROPRACTICE/EuroCDP toward a onestop entry to facilities, competencies, and knowhow, with open access foreseen in a later phase.

Objectives

01

Pilot Lines Test

02

Research Centers

03

Partner Countries

04

Years Duration

05

Innovation Areas

06

Technology Platforms

Impact

The SPINS pilot line accelerates the development and commercialization of spintronic technologies across Europe.

01

Industry Collaboration

Bridging the gap between research and industrial application through dedicated pilot line infrastructure.

02

Technology Transfer

Enabling rapid prototyping and scaling of spintronic devices from lab to market.

03

European Leadership

Strengthening Europe's position in next-generation electronics and quantum technologies.

04

Sustainable Innovation

Developing energy-efficient spintronic solutions for a sustainable digital future.

How It Works

The SPINS pilot line provides comprehensive support for spintronic device development, from initial concept to production-ready prototypes.

We offer access to state-of-the-art fabrication facilities, expert consultation, and collaborative research opportunities.

Our integrated approach ensures seamless transition from research to industrial application, accelerating time-to-market for innovative spintronic solutions.

Project description

From lab to fab, on three platforms

SPINS connects Europe’s leading pilot-line infrastructures into one coordinated, Europe-open pilot line — providing a standardized route from lab-scale device to fabricated chip.
Platforms: SOI · Si / SiGe · Ge / GeSi
01

Quantum PDKs

Standardized Process Design Kits that lower the barrier to entry.
02

MPW runs

Multi-Project Wafer fabrication, shared across partners.
03

Metrology & yield

Harmonized characterization, including quantum yield.
04

Cryoelectronics & scale-up

Integration and high-volume characterization.

Access evolves via the project website and interfaces with EUROPRACTICE / EuroCDP…

05 · Consortium

25 partners, 9 countries

Coordinated by imec (Belgium). Together driving the European quantum computing initiative.

Belgium (BE)

imec

COORDINATOR

Germany (DE)

ARQUE · Fraunhofer · FZJ · IHP · IFD · Siltronic · UR · RWTH

France (FR)

CEA · C12 · Quobly

Spain (ES)

CSIC · QM · nanoGUNE

Netherlands (NL)

Groove · TNO · TU Delft

Finland (FI)

JYU · SemiQon · VTT

Portugal (PT)

INL · PQI

Czechia (CZ)

ABIMI

Italy (IT)

NQSTI
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News and events

06 · Contact

Get in touch

Project coordinator

Kristiaan De Greve
imec

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