The long-standing problem of controllable nuclear fusion has been overcome by AI! The Princeton team trained a neural network and predicted the unstable state of ions in nuclear fusion 300 milliseconds in advance, thus preventing the escape of ion bodies. Humanity is one step closer to the clean energy of infinite nuclear fusion.

Controllable nuclear fusion has made a new breakthrough!

For a long time, nuclear fusion has been plagued by a "ghost" problem - the instability of ions.

Recently, the Princeton team used AI to predict the unstable state of ions in nuclear fusion 300 milliseconds in advance, which is enough time to constrain the magnetic field to respond to the escape of ions!

From now on, scientists can prevent interruptions in controllable nuclear fusion and generate high-efficiency fusion reactions that produce the required energy, making it more likely.

Translate to English:

The long-standing problem of controllable nuclear fusion has been overcome by AI! The Princeton team trained a neural network and predicted the unstable state of ions in nuclear fusion 300 milliseconds in advance, thus preventing the escape of ion bodies. Humanity is one step closer to the clean energy of infinite nuclear fusion.

Controllable nuclear fusion has made a new breakthrough!

For a long time, nuclear fusion has been plagued by a "ghost" problem - the instability of ions.

Recently, the Princeton team used AI to predict the unstable state of ions in nuclear fusion 300 milliseconds in advance, which is enough time to constrain the magnetic field to respond to the escape of ions!

From now on, scientists can prevent interruptions in controllable nuclear fusion and generate high-efficiency fusion reactions that produce the required energy, making it more likely.