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National Institute for Fusion Science

Research Activities

Research Report2024

EurekAlert!Press Release August 2, 2024
First full 2-D spectral image of aurora borealis from a hyperspectral camera

Auroras are natural luminous phenomena caused by the interaction of electrons falling from the sky and the upper atmosphere. ...

EurekAlert!Press Release Jun 24, 2024
Discovery of spontaneous inflow and outflow states of high-temperature plasma by energetic ions

In the realm of fusion research, the control of plasma density, temperature, and heating is crucial for enhancing reactor performance. ...

EurekAlert!Press Release Jun 14, 2024
25 years of massive fusion energy experiment data completely open on the “cloud”, to be available to everyone

High-temperature fusion plasma experiments conducted in the Large Helical Device (LHD) of the National Institute for Fusion Science (NIFS), have renewed the world record for an acquired data amount. ...

EurekAlert!Press Release Jun 10, 2024
The discovery of new turbulence transition in fusion plasmas: The road to innovative operation scenarios for fusion power plants

Fusion energy is that released when two light nuclei combine to form a single heavier one (nuclear fusion reaction). ...

Laboratory study on conditions for spontaneous excitation of chorus emission, wave of space plasma
EurekAlert!Press Release February 16, 2024
Laboratory study on conditions for spontaneous excitation of "chorus emission," wave of space plasma: Exploring common plasma phenomena in laboratory and space through experiments in the RT-1 artificial magnetosphere

The whistler mode chorus emission in the space around planets is an important wave that plays a significant role in phenomena such as aurorae and "space weather". ...

First demonstration of predictive control of fusion plasma by digital twin
EurekAlert!Press Release January 26, 2024
First demonstration of predictive control of fusion plasma by digital twin: Application of data assimilation to adaptive predictive control

In order to realize fusion power generation using the magnetic confinement method, it is necessary to control ultra-high temperature plasmas exceeding 100 million degrees Celsius over a long period of time. ...