Former fusion scientist on why we won't have fusion power by 2040

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I refute some very optimistic claims about fusion power and discuss some of the challenges in making this long-sought after technology a reality.

Contents:
00:00 - Introduction
00:37 - Logistics
01:08 - Physics challenges
10:48 - Neutrons
14:18 - Good news
15:25 - Wrap-up

References
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Version from 21 April 2021 at:
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[9] Frankfurt Airport Timelapse by TheBlueMaxxx

[10] Welcome to Planet ITER: a technical tour of the worksite by iterorganization

[11] Periodic Table by László Németh

[12] Sun SparcStation 10 with 20" CRT by Thomas Kaiser

[13] Устройство осциллографической ЭЛТ by Д.Ильин
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[14] Taylor Wilson’s Nuke Site
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[17] Red Apple by Abhijit Tembhekar

[18] ITER Cryopump
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[21] J. Jacquinot and the JET team “Deuterium-tritium operation in magnetic confinement experiments: results and underlying physics”, Plasma Phys. Control. Fusion 41, A13 (1999).
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[24] J. E. Menard et al. “Fusion nuclear science facilities and pilot plants based on the spherical tokamak”, Nuclear Fusion 56, 106023 (2016).
[25] 2016 NSTX-U is operational by PPPL Princeton Plasma Physics Laboratory

[26] Commonwealth Fusion Systems website