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Stellarator
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=== MUSE === The MUSE device at [[Princeton Plasma Physics Laboratory]] uses primarily off-the-shelf parts such as 10000 [[permanent magnets]] to build a stellarator for use in research. The magnets are embedded in a [[3D printing|3D printed]] nylon matrix. It adopted the magnetic [[surface charge]] method. Peak internal stress was found to be less than 7 MPa. It is the first quasi-axisymmetric experiment.<ref>{{cite web |last=Wang |first=Brian |date=2024-04-22 |title=MUSE Nuclear Fusion Stellerator Made with Off the Shelf Parts and 3D Printed Shell {{!}} NextBigFuture.com |url=https://www.nextbigfuture.com/2024/04/muse-nuclear-fusion-stellerator-made-with-off-the-shelf-parts-and-3d-printed-shell.html |access-date=2024-04-25 |language=en-US }}</ref>
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