Abstract
The main problem in our current international monetary system (IMS) is global imbalances and instability. These problems lie at the very core of the current system; there is no rational way to eliminate them without reconstructing the system itself. This paper proposes a new model of IMS that could potentially eliminate those problems permanently. We utilize a 3-dimensional simulation of trade and investment involving 5 countries, 20 products, and a 12-month span or 5x20x12 model to test the workability of the system. The results show that this model could provide international liquidity to all (member) countries in the world sustainably, eliminate global imbalances to the roots, and make the IMS naturally stable. The simulation also shows that the current accounts, balance sheets, and FX reserves of all member countries tend to be self-sufficient. We implant a digital-and-decentralized system in the very core of the system, which works automatically or semi-automatically.
Supplementary materials
Title
TRADE AND INVESTMENT SIMULATION OF 5 COUNTRIES, 20 PRODUCTS, AND 12 MONTHS (5X20X12 MODEL)
Description
This is a 3-dimensional international trade and investment simulation involving 5 countries (Indonesia, Malaysia, Thailand, Philippines, and Singapore), 20 products A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, and T, and in 12 months (1 year) or 5x20x12 model. This simulation aims test the balance and stability of the organic international monetary system and the auto-balancing exchange rate. Each country produces and consumes 20 types of goods with costs determined randomly with a range in their respective national currencies. All countries can trade to get cheaper goods and expand the market. Two countries make investments in the other two and withdraw all the profit monthly.
Actions