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For decades, science and technology (sci-tech) have influenced world trade, world economy, and international finance. However, their specific impacts are seldom known and related empirical studies are rare. Thus, we must quantify and empirically explore how sci-tech influences such areas as mentioned above. The purpose of this book is to explore how sci-tech influences world trade, foreign exchange, and currency internationalization in various ways through first quantifying science & technology. This book empirically explores how major world currencies might change their relative international positions with continuous innovation and diffusion of sci-tech.Currency internationalization is measured by the percentage share of the average daily turnover of a particular currency in the global foreign exchange market over the corresponding overall daily turnover of the global foreign exchange market over the corresponding overall daily turnover of the global foreign exchange market. Sci-tech as a commodity is borderless, yet its inventors and related businesses are bound by the intellectual property laws of their own countries. Patents, especially international patents, are useful representations of sci-tech. They cannot be compared directly because of different criteria of patent regulators worldwide, and thus the quality of patents varies across patent regulators. Based on patent data from annual IP 5 Statistics Reports and charges for the use of IP of major currency issuers released by the WTO, this book quantifies sci-tech internationalization using weighted patent families first, and proceeds to study how sci-tech internationalization affects currency internationalization.
For decades, science and technology (sci-tech) have influenced world trade, world economy, and international finance. However, their specific impacts are seldom known and related empirical studies are rare. Thus, we must quantify and empirically explore how sci-tech influences such areas as mentioned above. The purpose of this book is to explore how sci-tech influences world trade, foreign exchange, and currency internationalization in various ways through first quantifying science & technology. This book empirically explores how major world currencies might change their relative international positions with continuous innovation and diffusion of sci-tech.Currency internationalization is measured by the percentage share of the average daily turnover of a particular currency in the global foreign exchange market over the corresponding overall daily turnover of the global foreign exchange market over the corresponding overall daily turnover of the global foreign exchange market. Sci-tech as a commodity is borderless, yet its inventors and related businesses are bound by the intellectual property laws of their own countries. Patents, especially international patents, are useful representations of sci-tech. They cannot be compared directly because of different criteria of patent regulators worldwide, and thus the quality of patents varies across patent regulators. Based on patent data from annual IP 5 Statistics Reports and charges for the use of IP of major currency issuers released by the WTO, this book quantifies sci-tech internationalization using weighted patent families first, and proceeds to study how sci-tech internationalization affects currency internationalization.
History of monetary system --Balance of payments and exchange rates --The foreign exchange markets --Exchange rate determination and forecasting --Exchange rates and international parity conditions --Foreign currency derivatives --Foreign exchange exposure and its management --Multinational corporations and international cost of capital --Multinational capital budgeting --Foreign direct investment and portfolio theory --International trade finance --Political risk and its management.
This is the first book to collect academic studies examining issues related to the potential internationalization of the Renminbi. It considers policy implications, documents the rising regional importance of the Renminbi and discusses key issues in the increasing use of the Renminbi in international trade and finance.
The role of the Japanese yen as an international currency is assessed. It is found that the determinants of international-currency use imply some increase for the yen’s use in international finance; however, the implications for the yen’s use in international trade are mixed. It is also shown that, despite Japan’s emergence as the world’s largest net creditor nation, Japan’s capital outflows have not significantly facilitated the yen’s internationalization. Data are presented showing that, although the yen’s use as an international currency has increased, it is still rather modest. Wider use of the yen as a regional currency in Asia has occurred, though a “yen-zone” does not appear to be emerging.
The perspectives of technologists, economists, and policymakers are brought together in this volume. It includes chapters dealing with approaches to assessment of technology leadership in the United States and Japan, an evaluation of future impacts of eroding U.S. technological preeminence, an analysis of the changing nature of technology-based global competition, and a discussion of policy options for the United States.
A Brookings Institution Press and Asian Development Bank Institute publication Meet the next global currency: the Chinese renminbi, or the "redback." Following the global financial crisis of 2008, China's major monetary policy objective is the internationalization of the renminbi, that is, to create an inter-national role for its currency akin to the international role currently played by the U.S. dollar. Renminbi internationalization is a hot topic, for good reason. It is, essentially, a window onto the Chinese government's aspirations and the larger process of economic and financial transformation. Making the renminbi a global currency requires rebalancing the Chinese economy, developing the country's financial markets and opening them to the rest of the world, and moving to a more flexible exchange rate. In other words, the internationalization of the renminbi is a monetary and financial issue with much broader supra-monetary and financial implications. This book offers a new perspective on the larger issues of economic, financial, and institutional change in what will eventually be the world's largest economy.
Over the past two decades, the percentage of the world’s population living on less than a dollar a day has been cut in half. How much of that improvement is because of—or in spite of—globalization? While anti-globalization activists mount loud critiques and the media report breathlessly on globalization’s perils and promises, economists have largely remained silent, in part because of an entrenched institutional divide between those who study poverty and those who study trade and finance. Globalization and Poverty bridges that gap, bringing together experts on both international trade and poverty to provide a detailed view of the effects of globalization on the poor in developing nations, answering such questions as: Do lower import tariffs improve the lives of the poor? Has increased financial integration led to more or less poverty? How have the poor fared during various currency crises? Does food aid hurt or help the poor? Poverty, the contributors show here, has been used as a popular and convenient catchphrase by parties on both sides of the globalization debate to further their respective arguments. Globalization and Poverty provides the more nuanced understanding necessary to move that debate beyond the slogans.
This paper marks the launch of a new IMF series, Fintech Notes. Building on years of IMF staff work, it will explore pressing topics in the digital economy and be issued periodically. The series will carry work by IMF staff and will seek to provide insight into the intersection of technology and the global economy. The Rise of Digital Money analyses how technology companies are stepping up competition to large banks and credit card companies. Digital forms of money are increasingly in the wallets of consumers as well as in the minds of policymakers. Cash and bank deposits are battling with so-called e-money, electronically stored monetary value denominated in, and pegged to, a currency like the euro or the dollar. This paper identifies the benefits and risks and highlights regulatory issues that are likely to emerge with a broader adoption of stablecoins. The paper also highlights the risks associated with e-money: potential creation of new monopolies; threats to weaker currencies; concerns about consumer protection and financial stability; and the risk of fostering illegal activities, among others.
This paper discusses the impact of the rapid adoption of artificial intelligence (AI) and machine learning (ML) in the financial sector. It highlights the benefits these technologies bring in terms of financial deepening and efficiency, while raising concerns about its potential in widening the digital divide between advanced and developing economies. The paper advances the discussion on the impact of this technology by distilling and categorizing the unique risks that it could pose to the integrity and stability of the financial system, policy challenges, and potential regulatory approaches. The evolving nature of this technology and its application in finance means that the full extent of its strengths and weaknesses is yet to be fully understood. Given the risk of unexpected pitfalls, countries will need to strengthen prudential oversight.