Hello, my last post may have seemed a little too long or complicated apparently, so I'll try to simplify and adjust my questions this time. THE SITUATION: I want to build a circuit comprised of capacitors and a small resistor of 1 Ohm.I link all my capacitors in parallel and I temporarily replace my resistor with a high-voltage battery to charge them up. Then I place back the resistor at the battery's place. The capacitors will discharge in the resistance. GOAL: I want to have the highest possible current flowing through the circuit during the discharge. How do I maximize the I in function of time , playing around with the capacity of my capacitors and the voltage at which I charge them. Can someone give me the equation of the average current during the discharge of the capacitors up till t= RC , considering the discharge starts at t=0. FOR t(init) = 0 and t(fin) = RC Is it INTG( I ) / RC = ? or is it Q(t) ' = (Qmax e^(-t/RC))' = CV / (e^1) So should we prioritize the capacity or the voltage tolerance of a capacitor, if we want the highest current, considering the energy of a capacitor system is E= 1/2CV^2 ? E= 1/2CV^2 vs Q = CV /-//-/ Also, I’ve heard something about back EMF or CEMF. Apparently this has to do with fluctuation of current passing in a wire, induced current force in other words. From wikipedia: << The counter-electromotive force (abbreviated counter emf, or CEMF )  is the voltage, or electromotive force, that pushes against the current which induces it. [...] Back electromotive force is a voltage that occurs in electric motors [...].>> So technically, since we’re not building a motor, we shouldn’t need to worry, right? Could someone explain to us, what EMF is exactly, if it concerns us that is.