IPP (Germany)

This discovery made ITER possible

An unexpected plasma state discovered forty years ago opened the way to reaching fusion temperatures.

Current experiments and simulations show how to avoid destructive plasma instabilities in fusion reactors like ITER.

The W7-X stellarator has been significantly improved and will resume scientific experiments in autumn 2022.

In a complex conversion project, Garching fusion experiment is being equipped with divertor coils for the first time.

At the Simons Workshop, international theorists discussed designing even better stellerators.

Part of the optimisation strategy experimentally confirmed / energy losses of the plasma reduced

With newly-installed actively-cooled exhaust, Wendelstein 7-X will maintain fusion plasma for up to 30 minutes

Upgrade aims to stretch plasma discharges at high heating power to half an hour in duration.

Major advances in plasma modelling and simulation allow for predicting what a fusion plasma will do.