Added: 4 years ago
From: stevebd1
Views: 19,376
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  • UBISOFT

  • My that's pretty light, how many billions did it cost?

  • did seem like a slow hearthbeat

  • So the zone that shines is supposed to be colder, isn't it?

  • I've seen photos from the LHD. Stellarators look sci-fi like, incredible engineering.

  • One day it will be discovered that plasma runs away from gravity and this is not because of thermal convection. Long vertical LHD's will optimize these attributes and will become primary power sources for many countries. The plasma will travel up the center helix, cool at the end and the gases will fall along the outside helix and then recycled back from the bottom. Oddly, traveling back in time and sharing this information has no impact on the future developments and fades away unnoticed o.O

  • what can this be used for?

  • wow. and what is going on the video? is that nuclear fussion or just high temperature plasma? or... i don't really know (??)

  • Ah okay but iam in Germany it shows funny^^

  • the stellarator-principe ^^ shows the typical helical structure of an plasma-arc in a stellarator-reactor. think that shhot is from Wendelstein 7-AS reactor in IPP (Max-Planck-Institute for Plasmaphysics) in Greifswald (Germany)

  • WHATS THIS-

  • the stellarator-principe ^^ shows the typical helical structure of an plasma-arc in a stellarator-reactor. think that shhot is from Wendelstein 7-AS reactor in IPP (Max-Planck-Institute for Plasmaphysics) in Greifswald (Germany)

  • sorry my falt ! its the LHD-stellarator in Nagoya (japan). u can read the description of the poster in the further informations.

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