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smart tokamak first plasma milestone

SMART Achieves First Tikamak Plasma: Pioneering Compact Fusion Energy with Negative Triangularity

SMART tokamak generating first plasma, highlighting Negative Triangularity advantages for compact fusion power plants at the University of Seville.

The SMART device has achieved a groundbreaking milestone by generating its first tokamak plasma, advancing efforts toward sustainable and virtually limitless fusion energy through controlled reactions.

Advancing Fusion Research with SMART Tokamak

Development and Purpose of SMART

The research, featured in the journal Nuclear Fusion, highlights the SMART tokamak—an advanced fusion device developed by the Plasma Science and Fusion Technology Laboratory at the University of Seville. This spherical tokamak, known for its flexible shaping capabilities, aims to showcase the physics and engineering potential of Negative Triangularity plasmas for compact fusion power plants.

Principal Investigator's Perspective

Prof. Manuel Garcia Muñoz, Principal Investigator of the SMART tokamak, expressed, "This milestone marks a pivotal achievement for our team as SMART transitions to its operational phase. The SMART approach holds promise for revolutionizing fusion performance and power management in compact reactors, heralding an exciting future."

Co-Investigator's Remarks

Prof. Eleonora Viezzer, co-Principal Investigator of the SMART project, remarked, "The first observation of magnetically confined plasma was a thrilling moment for the team. We eagerly anticipate leveraging SMART's capabilities alongside the global scientific community, which has shown significant interest in this project."

Illustration of negative triangularity plasma geometry in a spherical tokamak, showcasing its potential for compact fusion reactors.

"When negative shapes yield positive and compact solutions"

Negative Triangularity: Transforming Fusion Plasma Geometry

Understanding Plasma Geometry

Triangularity characterizes the geometry of the plasma in a tokamak. Conventional tokamaks use positive triangularity, with a D-shaped plasma. When inverted, the plasma assumes a negative triangularity configuration.

Benefits of Negative Triangularity

Plasmas with negative triangularity exhibit superior performance by mitigating instabilities that lead to particle and energy loss, thus protecting the tokamak wall from severe damage.

Enhancing Fusion Efficiency

Negative triangularity not only ensures exceptional fusion performance but also offers efficient power handling by increasing the divertor area, aiding in heat distribution and simplifying engineering for future compact fusion reactos.

"Fusion2Grid forcuses on establishing the groundwork for designing the world's most compact fusion power plant"

Fusion2Grid: Laying the Foundation for Compact Fusion Power Plants

The Role of SMART in Fusion2Grid

SMART represents the initial milestone in the Fusion2Grid strategy, spearheaded by the PSFT team in collaboration with global fusion experts, targeting a compact and efficient fusion power plant leveraging Negative Triangularity in Spherical Tokamaks.

Pioneering Compact Fusion Technology

SMART will revolutionize fusion research by becoming the first compact spherical tokamak to sustain fusion temperatures with plasmas featuring negative triangularity shapes.

Achieving a Compact Fusion Power Plant

SMART aims to establish the physics and engineering foundation for designing the most compact fusion power plant, leveraging high-field Spherical Tokamaks and Negative Triangularity configuratons. The solenoid-driven plasma marks a significant milestone in advancing SMART and the development of compact fusion technology.

Source

"Explore how revolutionary advancements in fusion energy are shaping a sustainable future! The SMART device's groundbreaking achievements in plasma physics could redefine clean energy solutions.

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