3 ms·

Also could be very little energy depending on how long they needed to apply the power.

• flir 3y ago
  Well a lightning bolt solved that problem, so...
  • bilsbie 3y ago
    Do you think the flux capacitor played a role in storing the energy?
    • p1mrx 3y ago
      Why store the energy, when you can just send it forward in time?
      • bilsbie 3y ago
        Hmm. Maybe it’s a mini Time Machine that steals energy from the future to power full scale time travel? Sort of like a time travel boot loader?
  • mminer237 3y ago
    So say 10 gigawatts over 50 microseconds. So you could charge it up in about 3½ minutes from a standard residential outlet.
    • danbruc 3y ago
      Wikipedia says a typical lightning bolt releases 1 GJ, so 10 GW you can have for 100 ms, for 50 µs you can have 20 TW. And most importantly 1.21 GW for the better part of a second, 826 ms to be precise.