For a matter modelling person, the most valuable resource is computing power. For many of us, computing power at hand limits the scale of problems we can solve. There are many national supercomputing facilities for academics. What are the resources available in each country?
@Axoren Interesting... If I did this math right, given the number I provided in the OP that should equal out to roughly 5.29*10^49. Care to check my answer for me?
At Level 12, a Pact of the Blade Warlock can take the Lifedrinker Eldritch Invocation, which states the following:
When you hit a creature with your pact weapon, the creature takes extra necrotic damage equal to your Charisma modifier (minimum 1).
Assuming a Hexblade Warlock with a 20 in Charis...
So, given the limit of matter in that game, if we assume everything runs at exactly 100% efficiency if we pretend all the matter has already been converted to wire it would still take 157.5 hours by my math to convert all the matter in the game into paperclips (based on a number I found on wikipedia) with that many factories
From wikipedia: "The game ends if the player reaches 30.0 septendecillion paperclips, finishing the conversion of all matter in the universe into paperclips."
was checking some thing and refreshed the page, now it's broken :/
For a matter modelling person, the most valuable resource is computing power. For many of us, computing power at hand limits the scale of problems we can solve. There are many national supercomputing facilities for academics. What are the resources available in each country?
At Level 12, a Pact of the Blade Warlock can take the Lifedrinker Eldritch Invocation, which states the following:
When you hit a creature with your pact weapon, the creature takes extra necrotic damage equal to your Charisma modifier (minimum 1).
Assuming a Hexblade Warlock with a 20 in Charis...
Elemental Plane of Math
Elemental Plane of Math