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While discussing Thor (Marvel Cinematic Universe)'s durability, I put out a bit research because Nidavellir acts like a pulse laser. And I found out this:
"The energy of a laser typically refers to the output of a pulsed laser and is related to the power output, where the energy (E) is the laser's peak power (PPEAK) multiplied by the laser pulse duration (t): E = PPEAK x t."
Even for CW (continuous wave) lasers the formula is:
Energy (J)=Power (W) * time (s)
Let's use some real values and assume you are working with a CW laser that outputs 500 W. If you fire this laser at an object for exactly 5 seconds, then you have 500 W * 5 s = 2500 J.
https://www.gentec-eo.com/blog/laser-pulse-energy-calculatio
So we need a serious discussion about this about laser attacks and similar stuff
"The energy of a laser typically refers to the output of a pulsed laser and is related to the power output, where the energy (E) is the laser's peak power (PPEAK) multiplied by the laser pulse duration (t): E = PPEAK x t."
Even for CW (continuous wave) lasers the formula is:
Energy (J)=Power (W) * time (s)
Let's use some real values and assume you are working with a CW laser that outputs 500 W. If you fire this laser at an object for exactly 5 seconds, then you have 500 W * 5 s = 2500 J.
https://www.gentec-eo.com/blog/laser-pulse-energy-calculatio
So we need a serious discussion about this about laser attacks and similar stuff