1. The first aspect of the problem of V=IR. We all learn from secondary school that a battery or source provide a standard source of voltage, which then translated into currency via meditation of resistance. Now suppose we change the V, and the amount of currency would instantly increase. Doesn’t that sounds like the Magical property of light would instantly multiple the number of photons on-demand? If, for instance, the V stay the same while we reduce the Resistance by cutting a length of the adjustable resistor. Now, we suppose the electrons are more ready to flow through the circuit because of the lowering of the resistance, therefore, the percentage of electron joining the circuit per unit area should increase. However, the number of electron available has decreased, therefore it follow that we can’t have too high a currency if there is not enough metallic atoms. Does it suppose that there is an upper limit of currency for every conducting object? On the other end, if it is possible to create virtually unlimited currency from any conducting object with fixed number of electron, where does the extra electron coming from? Does nature do good balance?
2. Another related odd thoughts is not just related to this formula, but every formula in Physics involve a countable minimum component. Suppose we intentionally put V into 5 million, and R into an odd number, how would the natural responds in the case since we know we can’t further dividing the basic unit of charges? Generically speaking, we can do the same to every formula in Physics, and ask how does the system respond when it has to be respond in non-integer? If, however, any voltage can have any resistance thus any non-integer currency. Doesn’t that there is something wrong with concept of basic unit of charges?
3. The reason we can’t accelerate a mass beyond the speed of light is NOT because of the supposing increase of mass proposed by Einstein, it is a combination of the technical difficulties plus the nature of acceleration process.
Tags: current, hypothesis.electricity, Mathematics, Physics, resistance, science, voltage
