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About us
The Jan IngenHousz Institute investigates how plants can use sunlight more efficiently and wants to ensure that engineers, data scientists, biochemists, biophysicists, geneticists and plant breeders communicate and cooperate with each other. At the same time, the Jan IngenHousz Institute aims to be a place where new scientific careers can blossom. Over the next few years, more than 30 PhD students and 60 postdocs will work on the research programme.
The establishment of the new institute involves an investment of €62 million over 10 years. The Philanthropic Fund is making a contributing of 50 million. WUR is contributing 12 million euros, which is largely consisting of the deployment of staff and laboratories at a reduced rate.
We believe that equality, diversity, and inclusion are essential to scientific progress and societal impact. Our Gender Equality Plan 2026–2030 reflects our commitment to fostering a fair and inclusive environment where everyone has equal opportunities to contribute, lead, and thrive.
Our team

Be part of our research team
Are you a passionate researcher and concerned with photosynthesis? Are you a researcher at a university or research institution and see opportunities for collaboration? Or is a position at the Jan IngenHousz Institute something for you? Get in touch!
In the near future, you can also participate in research through our open scientific platform that is accessible to a community of hundreds of research groups around the world. The platform enables this broad community to measure photosynthesis in new ways in many crops.

Jan Ingen Housz
The Jan IngenHousz Institute takes its name from the 18th-century Dutch physician and chemist Jan Ingen Housz. Born in Breda, he studied medicine at the Catholic University of Louvain and worked as a family doctor in Breda for several years.
In 1764, Ingen Housz travelled to London to study smallpox inoculation, the precursor of modern vaccination. He worked with Thomas Dimsdale on a pioneering and successful mass inoculation in two villages in the English county of Hertfordshire. He later was summoned to Vienna to inoculate the family of the Austrian Empress Maria Theresa and served as royal physician and freelance investigator.
Of the many scientific contributions of Ingen Housz, the most outstanding was his discovery that plants use light energy. He demonstrated that plants do not merely purify air, as was assumed until then, but in sunlight, the green parts of plants release oxygen, thereby actively producing pure air. He was able to demonstrate, using eudiometry, a volumetric analysis of oxygen, that the green parts of plants release oxygen. He published these findings in his book Experiments Upon Vegetables in 1779.
Diligence, integrity and collaboration were important values for Ingen Housz. He is remembered today as an open and critical global citizen, a social man with an international outlook. These are the values on which the Jan IngenHousz Institute aims to build further.





















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