The world is facing global social challenges that today can be perceived as impossible to address. At the same time, we humans have long been curious and motivated to achieve just that – the almost impossible. We need to strive to think big to achieve something grand.
This type of innovation is sometimes referred to as a "moonshot". The term originates from the first moon landing in 1969 with the vision of that time - to one day land on the moon. After hard work, they finally succeeded in achieving the goal, a huge step for humanity, and to achieve this, a long series of innovations in widely different fields was required.
This call for proposals is designed to explore moonshots. The projects must start from a large and engaging problem and propose a radical solution with ambitious, but realistic objective to solve important societal challenges.
A moonshot can be characterized as:
- Difficult, almost impossible to achieve: A moonshot means taking on something that at first glance may seem almost impossible. It requires bringing out new knowledge or developing new technology, breakthroughs that shift paradigms and change the way we think or act in society.
- Bold Visions: A moonshot is based on a bold vision of how the future should be and serves as a beacon for action and achievement. It is about having a grand and sometimes radical idea that has not been tried before and that requires time to realize. The vision gathers and unites the team around the goal.
- World-Changing: Moonshot seeks to create opportunities for great change that improves the future of humanity at large, not just for financial gain. This can mean large-scale effects that are transformative, disruptive and beneficial to a wider audience. Moonshots are often associated with high risk, but will be of great benefit to the world if the moonshot is successful.
The solutions in this call for proposals must be based on innovation in synthetic biology. Synthetic biology is an emerging area of research and innovation within the bioeconomy. It draws on 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 new living organisms and to modify already existing creatures, plants or other biological material so that they acquire new or improved properties. Examples of areas of use can be found in food, energy and medicine.
Synthetic biology is an enabling technology that is also called Engineering Biology or new genomic techniques (NGTs) internationally.
In this offer project are financed that are approximately 3–6 months long, starting in the fall of 2024.
After the completion of the moonshot project, dialogue with Vinnova can be initiated regarding follow-on financing for further development or implementation of the projects. Only completed moonshot projects have the opportunity to take part in possible follow-on funding.
Contribute to a sustainable system transition
Vinnova is tasked with promoting sustainable growth and system change. In order to carry out sustainable system change, we have chosen to start from the UN's global sustainability goals, defined in Agenda 2030. 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:
- if women and men participate equally in the project, share in the contribution and have influence and power over the project
- how well the project analyzes and takes a position on whether there are gender or gender aspects that are relevant to the project's problem formulation, solutions and effects
- how well the project contributes to climate change
Equal innovation - what it means for you who seek funding from us
Agenda 2030 as a driving force for innovation
Make available scientific publications and results
When results from research and innovation are made freely available, more people can contribute to solving societal challenges. This the call for proposals will contribute to making results available to everyone. Therefore, all scientific publication must be open access.