Columbia University and the Max Planck Institute for Plasma Physics (IPP) have announced a new transatlantic research centre aimed at accelerating progress in fusion energy science. The Max Planck Columbia Center, titled Optimizing Symmetry in Fusion Plasmas, will start work in 2027 and has a total budget of $13.3 million for its five‑year term.
Combining tokamak and stellarator strengths
The centre will be co‑directed by Thomas Klinger, Director at IPP, and Carlos Paz‑Soldan, Associate Professor of Applied Physics and Applied Mathematics at Columbia Engineering and Director of the Columbia Fusion Research Center. Its stated aim is to bring together expertise from two leading magnetic confinement approaches — tokamaks and stellarators — to address scientific and technological questions on the route to a fusion power plant.
"The Max Planck Columbia Center will bring together two leading institutions in plasma physics and fusion research. We aim to combine the strengths of tokamaks and stellarators to address key scientific and technological questions on the path toward a fusion power plant," said Thomas Klinger.
Both leaders emphasised the importance of international collaboration and workforce development. Paz‑Soldan highlighted the opportunity to expand the partnership between Columbia Engineering and the Max Planck Society, noting the latter operates "world‑leading fusion facilities" and that the centre will create "unique opportunities" to develop the fusion workforce and progress open scientific questions.
Programme focus and training
The initiative sets out to deepen scientific understanding of plasma symmetry — a property that affects stability, confinement and the efficient generation of fusion power. While the announcement did not list specific experiments or facilities by name, the partnership signals a coordinated effort to leverage complementary approaches across continents.
Officials also underlined the centre’s role in nurturing early‑career researchers. Klinger said it is particularly important that young scientists gain international experience at a world‑class university and build lasting scientific networks early in their careers.
- Name: Max Planck Columbia Center — Optimizing Symmetry in Fusion Plasmas
- Budget: $13.3 million over five years
- Start date: Scheduled to begin work in 2027
- Leadership: Thomas Klinger (IPP) and Carlos Paz‑Soldan (Columbia)
- Scientific focus: Combining tokamak and stellarator expertise to address plasma symmetry and related challenges
Context and potential consequences
The new centre is one of seven Max Planck Centres established this year by the Max Planck Society, reflecting a broader strategy to deepen international research links. By explicitly linking two institutions with complementary experimental traditions, the centre could accelerate cross‑fertilisation of methods, diagnostics and theory relevant to designing future fusion devices.
Beyond immediate scientific outputs, the programme’s emphasis on early‑career training may contribute to growing the specialised workforce needed for a developing fusion sector. The announcement frames the initiative as addressing both fundamental questions and longer‑term workforce and technological pathways toward a commercial fusion power plant.
| Item | Detail |
|---|---|
| Budget | $13.3 million (total for five years) |
| Duration | Five years |
| Start year | 2027 (scheduled) |
The announcement contains limited technical detail about specific projects, experiments or milestones. Nonetheless, by convening leading groups in plasma physics under a funded, multi‑year umbrella, the centre represents a significant investment in collaborative fusion research and training across the Atlantic.
