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It’s a proof of concept. Upgrading lasers that already work is not necessarily the best use of limited funds.

• ClumsyPilot 4y ago
  They could get higher power out of more efficient lasers, enabling research at higher energies or bigger targets
  • 988747 4y ago
    Not to mention the money they would save on electricity bills.
    • belltaco 4y ago
      The electricity bill is like $2000. It'd waste more money for a manager to think about how to replace equipment, at California pay rates. This whole thread is making me lose faith in HN.
      • insane_dreamer 4y ago
        Actually 83 KwH costs only about $20 in CA (avg $0.25 / KwH and probably LRL pays even less.
  • kelnos 4y ago
    That's not the purpose of the research, though. They are solely focusing on the energy transfer between the lasers themselves, and the output from the reaction. It's not clear that higher energies or bigger targets will teach us anything new. Upgrading the lasers would slow the project down as new hardware is installed and issues are worked out. Not to mention I doubt the new hardware is cheap, and may be more expensive than burning excess energy using old laser tech in the meantime. Other research groups work on laser efficiency, and the "final product" using this method (if it ever proves viable) would put together all the best pieces to get the best efficiencies.