Negative triangularity is changing fusion energy! The SMART tokamak's new plasma shape could lead to compact, efficient ...

The Globus-M2 spherical tokamak that Bakharev his team are working ... drive (LHCD); and higher outputs of both the magnetic field and the plasma current. The team generated an additional electric ...

“The magnetic field is as-calculated, and the particle drifts are low. The results are impressive,” she added. Private firms are also interested in fusion. Tokamak Energy Ltd is one of around ...

China’s Experimental Advanced Superconducting Tokamak (EAST) achieved a breakthrough in nuclear fusion energy by maintaining ...

A UK-based fusion energy company has launched its magnetic division focusing on the industrial deployment of high temperature superconducting (HTS) magnet technology. Tokamak Energy’s HTS ...

How a tokamak works: The electric field induced by a transformer drives a current (big red arrows) through the plasma column. This generates a poloidal magnetic field that bends the plasma current ...

The poloidal field also induces an electric current in ... the technologies used to achieve them. It was the first tokamak to sustain a plasma in high-confinement mode at around 50 million degrees ...

Based on the research findings, an improved Alcator DCT with superconducting field coils was proposed ... Whether ARC, another tokamak design, or perhaps a stellarator derived from the Wendelstein ...

Tokamak has now formed a separate business division ... an electrically conductive substance to generate thrust. Ultra-high ...

The WEST tokamak is run from the CEA Cadarache facility in southern France and is one of ... the most advanced is magnetic confinement fusion , where plasma is held in a torus by an intense magnetic ...