The purpose of Innovative Collaborations with Singapore in Quantum or Synthetic Biology is to give Sweden a technological leap and Swedish organizations a competitive advantage through access to innovation and collaboration opportunities with one of the world's most innovative and dynamic ecosystems. Singapore is a leading country in research and development in several emerging technologies, as well as a strategically located hub in Southeast Asia for innovation and entrepreneurship. The country possesses a unique mix of global technology companies, investors, startups and leading research institutions.
Both Singapore and Sweden are relatively small in terms of area and population, have limited domestic markets, are strong in research and development, and have a need for global talent. This makes it relevant to develop collaborations between two countries with similar conditions.
project that have been granted funding for stage 1 of the call for proposals Innovative collaborations with Singapore in quantum or synthetic biology are invited to apply for stage 2 for industrial research, innovation, test or demonstration projects where bilateral collaboration is in focus. Funding can be applied for for activities carried out in both Sweden and Singapore.
The innovation project will place great emphasis on the degree to which the project is developed together with and anchored in a designated Singaporean partner. It will also be important to demonstrate that the new project constellation possesses the skills and capabilities required to realize the potential.
This the offer aims to strengthen Sweden's position on the global technology scene. The offer provides an opportunity to further strengthen the important trade and investment relationship between Sweden and Singapore and strengthen the conditions for long-term sustainable collaborations in research and innovation activities that contribute to global development in quantum or synthetic biology.
Quantum technology
Quantum technology here refers to: computers, simulations, encryption, communication, detection, metrology.
Applications are expected to be within, for example:
- Increased and accelerated utilization in terms of usability, dissemination, accessibility and security.
- New applications for quantum technology.
- Reduced resource requirements, regarding energy and power consumption as well as production and operating costs.
Synthetic Biology
Synthetic biology is an emerging field of research and innovation in the bioeconomy that draws on research in biology, chemistry, computer science and engineering to design and build complex biological systems with functions that do not exist in nature. The technology makes it possible to construct entirely new living organisms and to modify existing creatures, plants or other biological materials so that they acquire new or improved properties. Examples of applications include food, energy and medicine.
Applications are expected to be within, for example:
- Gene synthesis, gene sequencing and gene editing.
- Designed biological platforms, applications
- Scale-up methods, from lab via bioreactor (biofoundry) to manufacturing
objective of the call is to:
- Contribute to long-term innovation collaborations between Swedish and Singaporean actors in quantum or synthetic biology.
- Contribute to knowledge development and innovation in quantum or synthetic biology.
- Strengthen skills development and secure skills supply in the long term.
- Spread knowledge between initiatives in quantum or synthetic biology as well as other technology areas and application areas.
Contribute to a sustainable system transformation
Vinnova is tasked with promoting sustainable growth and system transformation. To implement sustainable system transformation, we have chosen to base ourselves on the UN's global sustainability goals, defined in the 2030 Agenda. There, Vinnova prioritizes two perspectives: gender equality and climate change. All initiatives and project we finance are assessed based on how they contribute to these perspectives.
We therefore always follow up and assess this:
- If women and men participate in the project on an equal footing, receive contributions and have influence and power over the project.
- How well the project analyzes and takes a position on whether there are sex or gender aspects that are relevant to the project's problem formulation, solutions and effects.
- How well the project contributes to the climate transition within the chosen technology or application area. This could, for example, involve reduced emissions of greenhouse gases or environmental pollutants, increased biodiversity or increased circularity and resource efficiency.
Gender-equal innovation – what it means for those seeking funding from us
Agenda 2030 as a driver for innovation
Making scientific publications and results available
When results from research and innovation are made freely available, more people can contribute to solving societal challenges. This the call for proposals will help make results available to everyone. Therefore, all scientific publishing should be open access.