Plasma turbulence spreading by magnetic fluctuation reduces heat load on a fusion device wall Date: April 5, 2022 Source: National Institutes of Natural Sciences ...

In order to achieve fusion power generation, it is necessary to confine and maintain high-temperature plasma in a magnetic field. To achieve this, the turbulence that causes the plasma temperature ...

Plasma turbulence, however, is even more complex, it involves the simultaneous evolution of multiple interdependent physical fields. Understanding how these fields interact is crucial for ...

Plasma turbulence can limit the maximum temperature in a fusion device and, thus, can limit how much fusion power it makes. Using a combination of analytical techniques and numerical methods to ...

The plasma generates conditions for atomic nuclei to fuse and produce large amounts of energy. However, the troubles faced by the fusion energy industry, such as plasma wall contact and turbulence ...

The 'helicity barrier' has been directly confirmed, offering new insights into the heating and formation of the solar wind.

Turbulence-stabilizing effect. In 2018, Alessandro Di Siena and his co-workers at the Max Plank Institute for Plasma Physics in Garching discovered a new turbulence-stabilizing effect for tokamaks by ...

Magnetised plasma turbulence and transport are central aspects of contemporary plasma physics, with implications ranging from fusion energy to astrophysical phenomena. In magnetically confined ...

But turbulence in the plasma has, so far, confounded researchers' ability to efficiently contain the intense heat within the core of the fusion device, reducing performance.

Kasper said this workshop has become a classical space science meeting for both Europe and the U.S. “I have sent all of my plasma graduate students and postdoctoral researchers to attend these ...

What you’re looking at is a slice of the roiling, chaotic stuff between stars—the magnetised dust and gases that make up the ...