but not specifically backing something with an actual specific asset makes it fiat currency or credit money:
http://en.wikipedia.org/wiki/Fiat_currencyhttp://en.wikipedia.org/wiki/Credit_moneyUm, do you have a dollar bill? Would you please pull it out. On it, it says that "THIS NOTE IS LEGAL TENDER FOR ALL DEBTS, PUBLIC AND PRIVATE."
Um, notice that legal tender part there? Yes, that means that the dollar is a fiat currency. The stuff in banks is credit money, because of the fact that it's backed up by loan payments at a future date, but the fiat currency is multiplied over and over to make the credit money. So we've got some kind of weird ass hybrid system. My proposal is based upon an energy budget analysis of the economy. It's a little bit more advanced way of looking at things. Money is just a representation of energy, and the reason the money supply should never contract is that we're always acquiring new energy in the system that is the economy.
e = delta e (energy from raw minerals, crops and power) + constant e (energy that comprises most non-farm, non-power and non-mining transactions)
Farmers, miners (of things like oil, coil, natural gas and raw materials) and power companies with geothermal, solar, and wind assets add energy to the system.
Yes, I know about the notes, they were not backed with enough "money" as they considered it (specie/commodity money) at the time back then, so it was like a fractional reserve bank, which is what I'm arguing against again.
I would, by the way, eliminate checks altogether, and switch to a system of electronic bank cards, and bar coded paper money for situations where electronic transactions cannot be processed. Banks would apply for new note serials from the Fed, and the Fed would check to make sure the banks have enough deposits to back them up.
The problem with you, is that you're working on 20th century economics, and I'm working with an advanced 21st century theory.
I realize that my system is practically no different than the current system, save for the fact that it eliminates deflationary spirals caused by bank failures.
All physics cares about is that the energy that money represents is conserved, and with my system, it operates like a black box. If you do the e = delta e + constant e analysis on a bank in my system and the current one, in all situations it's the same, save for bank panics. Fractional reserve banks cause deflation when the observer (in this case the depositor) collapses the superposition of the money in the bank as deposits, which causes the overall money to energy ratio of the system to increase, causing the money to represent more energy, causing the money to be more valuable, causing deflation. If you've ever heard of Shroedinger's Cat, that's what a fractional reserve bank is most of the time. It's like never opening the box the cat is in. Withdrawing one's money from a bank during a panic acts like opening the box and observing the cat dead/alive.
So my dear friend, you can see how your primitive analysis is inferior to mine, and you now see why my system is absolutely no different.