Swiss (SNSF) Quantum Call: Quantum Science and Technology Funding Guide for Researchers

Introduction

The Swiss (SNSF) Quantum Call: Quantum Science and Technology is one of the most significant funding opportunities currently available for researchers working in advanced quantum fields. Launched under the Swiss Quantum Initiative (SQI), this competitive program supports innovative projects that combine scientific excellence with long-term societal and technological impact.

As global investment in quantum technologies accelerates, Switzerland continues to strengthen its position as a leading research hub. Therefore, researchers seeking funding for groundbreaking work in quantum communication, computation, simulation, and sensing should pay close attention to this opportunity.

This guide explains the Swiss Quantum Call in detail, including eligibility requirements, funding highlights, application procedures, and practical strategies that can improve proposal competitiveness.

What Is the Swiss (SNSF) Quantum Call?

The Swiss Quantum Call is a specialized research funding program administered by the Swiss National Science Foundation (SNSF) as part of the broader Swiss Quantum Initiative.

The program aims to support high-quality, curiosity-driven research in quantum science and technology. In addition, it seeks to encourage projects that deliver benefits beyond academia through future technological and societal applications. 

Research Areas Supported

Applicants may propose projects in several priority areas:

• • Quantum communication

  • Quantum computation

  • Quantum simulation

  • Quantum sensing

  • Quantum metrology

Moreover, projects involving enabling technologies can also qualify. These include:

• • Quantum materials

  • Quantum control hardware

  • Quantum software

  • Quantum information theory

  • Computer science for quantum technologies

Researchers have flexibility in defining their scientific objectives within these themes. 

Why the Swiss Quantum Call Matters

Quantum technology has moved beyond theoretical research. Governments and industries now invest billions in practical quantum applications.

Consequently, funding programs that support early-stage innovation have become increasingly important.

Strengthening Switzerland’s Quantum Ecosystem

The Swiss Quantum Call supports Switzerland’s long-term strategy to remain a global leader in quantum research and innovation. The initiative encourages collaboration among universities, research institutes, and technology developers. 

Supporting High-Risk Research

Traditional funding programs sometimes prioritize predictable outcomes. However, quantum breakthroughs often emerge from ambitious and exploratory research.

Therefore, the SNSF specifically supports scientifically outstanding projects with strong future potential.

Funding Highlights and Key Benefits

The Swiss Quantum Call offers substantial support for eligible projects.

Available Budget

An estimated budget of CHF 16 million has been allocated for the call, subject to final governmental approval. This funding aims to support multiple high-impact projects across Switzerland. 

Project Duration

Funded projects can generally run between one and four years, depending on the research scope and objectives. 

Equipment and Infrastructure Support

One notable advantage is the ability to request substantial equipment funding.

Researchers may request:

• • Equipment costs up to CHF 400,000 per project

  • Support for specialized research infrastructure

  • Funding for project partners and subcontractors

This flexibility can be particularly valuable for experimental quantum research. 

Eligibility Requirements

Understanding eligibility early can save applicants significant time.

Who Can Apply?

The call primarily targets researchers based at eligible Swiss research institutions.

Applicants should:

• • Conduct research independently

  • Lead research activities and project staff

  • Meet SNSF project funding requirements

  • Have access to appropriate research infrastructure

In addition, both established and early-career researchers are encouraged to participate. 

Opportunities for Early-Career Researchers

Unlike some highly competitive funding programs, this call actively encourages participation from emerging researchers.

The SNSF has emphasized that early-career applicants should have opportunities comparable to those of senior researchers. As a result, promising young scientists may find this program especially attractive. 

International Collaboration

International collaboration remains possible under certain conditions.

For projects involving three or more applicants, one foreign-based collaborator may participate if their expertise provides clear added value that cannot easily be found within Switzerland. 

Step-by-Step Application Process

The application process follows the standard SNSF project funding framework with several program-specific requirements.

Step 1: Review the Official Guidelines

Before drafting a proposal, carefully study the official program guidelines and funding regulations.

Pay special attention to:

• • Eligibility criteria

  • Budget limitations

  • Evaluation procedures

  • Submission requirements

Step 2: Develop a Strong Research Concept

Successful proposals typically demonstrate:

• • Scientific originality

  • Technical feasibility

  • Long-term relevance

  • Potential societal impact

Importantly, applicants should explain how their research advances quantum science beyond existing knowledge.

Step 3: Prepare Supporting Documentation

Most applicants will need:

• • Research proposal

  • Academic CV

  • Publication record

  • Budget justification

  • Institutional affiliation confirmation

Step 4: Submit Through the SNSF Portal

Applications must be submitted electronically through the SNSF Portal.

Furthermore, researchers should create their user accounts well before the deadline to avoid administrative delays. 

Expert Tips for a Competitive Proposal

Many excellent projects fail because applicants overlook strategic elements.

Focus on Impact Beyond Academia

Scientific excellence remains the primary evaluation criterion. However, reviewers also consider potential long-term benefits.

Therefore, explain how your research could influence:

• • Industry

  • Healthcare

  • Communication systems

  • National innovation capacity

Build a Balanced Research Team

Collaborative proposals often benefit from complementary expertise.

For example, a project combining theoretical quantum physics, software development, and hardware engineering may demonstrate stronger implementation potential.

Present Realistic Objectives

Ambitious ideas are welcome. Nevertheless, applicants should avoid unrealistic timelines or overly broad project scopes.

Clear milestones often strengthen reviewer confidence.

Common Mistakes Applicants Should Avoid

Ignoring Program Priorities

Some researchers submit technically strong proposals that do not align closely with the call’s strategic focus.

Always connect your project directly to supported quantum science and technology themes.

Weak Impact Statements

A proposal may contain excellent science yet fail to explain broader significance.

Therefore, dedicate sufficient attention to societal and technological relevance.

Last-Minute Submission

Many applicants underestimate administrative preparation time.

Create your SNSF Portal account early and prepare documentation well in advance of the deadline.

Summary Table

Conclusion

The Swiss (SNSF) Quantum Call: Quantum Science and Technology represents a valuable opportunity for researchers pursuing ambitious quantum research projects. Its combination of substantial funding, support for early-career scientists, and emphasis on long-term impact makes it particularly attractive within the international research landscape.

Researchers should begin preparing proposals early, align their projects closely with the program’s priorities, and clearly communicate both scientific excellence and broader relevance. Those interested in advancing quantum innovation should review the official program guidelines carefully and monitor updates through the SNSF platform.

Frequently Asked Questions (FAQs)