Stockholm university

The Wallenberg Foundations

Wallenberg Academy Fellows, the career program for young researchers launched by the Knut and Alice Wallenberg Foundation in 2012, provides long-term funding for young, promising researchers from all academic fields.

Many of the University’s younger researchers are Wallenberg Academy Fellows. Here you can read about them and their research.

The Knut and Alice Wallenberg Foundations logotype.
Knut and Alice Wallenberg Foundation is the biggest research funder of the The Wallenberg Foundations.
 

Current researchers

Wallenberg Academy Fellows at Stockholm University.

How much geometry can be generated by mathematical groups?

Since mathematicians discovered group theory in the early 1800s, it has proven a powerful tool and a unifying language in many branches of mathematics. Wallenberg Academy Fellow Wushi Goldring will now investigate whether group theory plays a larger role in geometry than was previously thought.

Wallenberg Academy Fellow Wushi Goldring

Can an unconditional cash transfer combat poverty? 

Unconditional cash transfers (UCTs) provide poor families with a substantial one-off payment to use for what they decide is best. Wallenberg Academy Fellow Johannes Haushofer has previously shown that UCTs have a significant positive effect on the recipients. He will now study their long-term effects.

Wallenberg Academy Fellow Johannes Haushofer

Mapping the energy technology of life at molecular level 

Cells use chemical energy to power vital processes such as metabolism, cell growth and adaptation to changes in the environment. Wallenberg Academy Fellow Ville Kaila is making detailed studies of energy conversion in cells, and one aim is to be able to recreate these natural processes and produce sustainable solar fuels.

Wallenberg Academy Fellow Ville Kaila

Chemical fingerprints reveal the history of the Milky Way 

In the atmosphere of every star there is a chemical fingerprint of the gas cloud that once created it. Wallenberg Academy Fellow Karin Lind use advanced computer simulations to map the chemical composition of hundreds of thousands of the oldest stars in the Milky Way. In this way she can draw conclusions of how the stars developed in the galaxy’s childhood.

Wallenberg Academy Fellow Karin Lind

 

Contact

Questions about research financing at Stockholm University?
E-mail: info@fs.su.se

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