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Fusion research is reaching a pivotal phase, with major facilities striving to attain the critical breakthrough of net energy production.
Achieving sustained fusion requires heating fuel to extreme temperatures of 100 million degrees. This transforms the fuel into plasma, presenting significant confinement and control difficulties. Advanced international projects employing high-power lasers and superconducting magnet technology represent vital progress toward viable fusion power, though numerous obstacles remain.
This MSc program equips you to tackle these issues. You'll develop expertise in computational and experimental plasma physics while performing innovative research alongside leading physicists at the York Plasma Institute.
The program offers exceptional access to globally renowned fusion experts, making the MSc in Fusion Energy an ideal pathway to pursue your fusion interests and launch a career in this transformative field.