Jurlina Coenergy

About Jurlina Coenergy

Developer of a novel magnetic plasma shaping system for fusion energy. This system uses magnetic fields to enhance plasma flow, control density, and reduce turbulence in magnetic confinement fusion reactors. The technology aims to improve energy confinement and stability, potentially leading to more efficient and sustainable fusion powergeneration. The approach involves modular, toroidally distributed magnetic constriction zones that modulate internal plasma dynamics without direct material contact, preserving reactor integrity. Development includes linear and partial-loop testbeds, simulation-aided refinement, and eventual integration into toroidal configurations. To solve challenges Our Next Step: Building a Strategic Consortium for EIC Pathfinder Open

We are excited to announce our next major milestone — participation in the EIC Pathfinder Open programme 2026. This prestigious EU funding initiative supports bold, high-risk, high-reward research and innovation projects, with funding up to €4 million. We have already formed the minimum eligible consortium to enter the programme. However, to maximize our chances of success and impact, we are now focused on bringing in strategic partners who share our vision and can strengthen our interdisciplinary approach. ----------------------------------------------------------------------------------------------------------------------- DESC & VMEC++ Simulation Results Ready for Review

Focus on a “Good Pre-Demo Regime”

Our near-term goal is to identify and validate a credible pre-demonstration operating regime. The reference scale is a mid-size stellarator with a major radius of a few meters, comparable to W7-X. If fully three-dimensional modeling can demonstrate such a regime without extreme engineering assumptions—such as unrealistically high localized RF power—that result alone would represent a significant and credible milestone. From this foundation, a clear scaling path can be defined: moderate increases in device size and magnetic field, combined with ~2× improved confinement, provide a defensible route toward demonstration-relevant performance. We don’t offer this as a replacement for the standard MHD/transport framework, but rather as a local module; the hypothesis is that it expands the operational window, and the goal is to quantify the gains and risks through step-by-step validation.

Operational Window

We don’t offer this as a replacement for the standard MHD/transport framework, but rather as a local module; the hypothesis is that it expands the operational window, and the goal is to quantify the gains and risks through step-by-step validation.