Economic Risks Associated with Non-Statutory Digital Currencies and Regulatory Measures
DOI: https://doi.org/10.62381/E244109
Author(s)
Yanan Hao*
Affiliation(s)
Guangxi University for Nationalities, Nanning, China
* Corresponding Author.
Abstract
The development of blockchain technology provides a technical possibility for the emergence of non-statutory digital currencies. Non-statutory digital currencies are digital currencies issued by organizations of entities other than states, and mainly contain unstable coins such as bitcoin and ethereum issued by online communities, as well as stable coins such as libracoin and tadcoin issued by internet companies. Non-statutory digital currencies have essential attributes such as demonetization, price bubbles, de-regulation, and decentralization and re-centralization. And the total amount of non-statutory digital currencies is constant, which is essentially an artificially created scarcity at the technical level. When non-statutory digital currencies transmit their own risks to the financial industry and the real economy, they can create multi-dimensional risks, particularly affecting the price of computer hardware and energy consumption. In this regard, China should continue to strengthen the supervision and regulation of non-statutory digital currencies, impose a complete ban on non-statutory digital currency production activities and transactions, shut down electronic mining farms, prohibit virtual currency mining activities, and increase the regulation of the sale of graphic cards; shut down domestic digital currency exchanges, and enhance the effectiveness of the management of the foreign exchange bureau, so as to avoid the further spread of economic risks.
Keywords
Non-Statutory; Digital Currency; Economic Risk; Regulation
References
[1]Li Z.J., Li Y.D., & Li F.L. (2017). Definition and Development Prospects of Legal and Non-legal Digital Currencies. Tsinghua Financial Review, 4, 28-31.
[2]Zhu P., Hu J., & Lu S.H., et al. (2021). Research on social network privacy data protection method based on blockchain. Intelligence Science, 39 (3): 94-100.
[3]Valerio L. (2018). Shadow Banking System Building Transparency in Financial Markets. Beijing: China Finance Press, 8.
[4]Deng C., Tang Y., & Yang W.J. (2016). Research on the impact of shadow banking system on financial stability in China. Economic Jingwei, 33 (5): 149-154.
[5]Qi Z.Y. (2022). The central bank's digital currency DCEP and the construction of China's digital economic system under the threshold of system science. Journal of System Science, (1): 70-75.
[6]Wang S.H., & Leng C.Y. (2013). Internet Re-understanding: Is Decentralization a False Proposition? –Discussing the issue of "centrality" with Mr. Li Biao. Journalism, (20): 46-49.
[7]Ye J.L., & Xu Q. (2019). Decentralization and centralization: the paradox of power in the age of artificial intelligence. Journal of Shanghai University (Social Science Edition), 36 (6): 1-12.
[8]Yuval H. (2017). A brief history of the future. Beijing: CITIC Press, 29.
[9]Zhang X.H. (2019). Blockchain research energy distribution and frontier hot trends in China. Social Science Digest, (7): 17-19.
[10]Liao Y.P. (2014). Analysis and Reflection on the Development Stage of Bitcoin Market. Western Forum, 24 (3): 73-80.
[11]Zhong M.C. (2009). Ponzi economics and global economic crisis. Beijing: Economic Science Press, 22.
[12]Zhang R. (2010). The effect and trend of dollar depreciation in the post-crisis era. Southern Finance, (12): 52-55+9.
[13]Wang L.G., & Gao Y.Q. (2014). Establishing and Improving Market Exit Mechanism to Effectively Resolve Overcapacity. Macroeconomic Research, (10): 8-21.
[14]Li Z., Liu Y.G., & Dai Y.C. (2020). The Impact of Libra Stabilized Coin on China's Monetary Policy and Response Strategies. Journal of Xi'an Jiaotong University (Social Science Edition), 40 (03): 55-63.