Has Digital Finance Improved the Transmission Efficiency of Monetary Policy?
DOI:
https://doi.org/10.54097/qja2k438Keywords:
Monetary Policy Transmission, Quantity-based Monetary Policy, Price-based Monetary Policy, Digital Finance, Financial Agglomeration.Abstract
During the period of global economic transformation and financial innovation, the effectiveness of monetary policy transmission has a significant impact on economic stability. Meanwhile, the emergence of digital finance has brought both new opportunities and difficulties. This research aims to determine the degree of digital finance development. It utilizes panel data from 296 Chinese cities spanning from 2011 to 2022. By selecting the digital inclusive financial index and M2, LPR as indicators, the double fixed effect is used for in-depth research. From the perspectives of quantity-based and price-based monetary policy, the research meticulously examines the effect of digital finance on the effectiveness of monetary policy transmission. With the degree of financial agglomeration serving as an intermediary and moderating variables like Gross Regional Product, Artificial Intelligence Level, and Total Retail Sales of Consumer Goods playing varying roles, it discovers that digital finance significantly influences the transmission efficiency of the two types of monetary policy in distinct ways. This research has contributions. First, the unique topic selection focuses on the relationship between digital finance and monetary policy transmission from a city perspective. It's crucial for the financial system. A thorough examination can provide an economic framework. Second, it adopts a multi-dimensional perspective. It divides monetary policy based on money supply and interest rates and does research at the municipal level. Third, it takes certain competencies as moderating variables and financial agglomeration as the main intermediary variable to build a research system. This offers new viewpoints. Overall, through careful data processing and modeling, this research thoroughly explores the intricate relationship between digital finance and monetary policy transmission. It also provides a solid scientific foundation for policy establishment, which is of great importance for promoting financial stability and high-quality economic development. Additionally, it contributes to the advancement of research in this field.
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[1] Chen, K., Ren, J., Zha, T. The nexus of monetary policy and shadow banking in China. Amer. Econ. Rev., 2018, 108 (12), 3891 - 3936.
[2] Christine L. Central Banking and Fintech: A Brave New World. Innovations Technology Governance Globalization, 2018, 12 (1-2): 4 - 8. DOI: 10.1162/inov_a_00262.
[3] Cornelli, G., Frost, J., Gambacorta, L., Rau, P. R., Wardrop, R., & Ziegler, T. Fintech and big tech credit. Drivers of the growth of digital lending. Journal of Banking & Finance, 2022, 148, 106742.
[4] Ding, N., Gu, L., Peng, Y. fintech, financial constraints, and innovation: Evidence from China. j. Corp. Finance73, 102194.
[5] Duan Yongqin, He Lunzhi. The impact of digital finance on the effectiveness of the interest rate transmission mechanism of monetary policy in China. Statistics and Decision Making, 2021, 37 (09): 136 - 139.
[6] Feng, G., Jingyi, W., Fang, W., et al. Measuring the development of digital inclusive finance in China: indexing and spatial characteristics. Economics (Quarterly), 2020, 19 (04): 1401 - 1418.
[7] Feiming, H., Wenzhen, Y. Does Monetary Policy Uncertainty Affect Commercial Bank Asset Securitisation. Contemporary Finance and Economics, 2023, (09): 69 - 82.
[8] Guosheng, H., Xuan, L. Digital finance, entrepreneurial effect and high-quality development of real economy. Journal of Xi'an Jiaotong University (Social Science Edition), 2024, 44 (02): 39 - 51.
[9] He Jian, Wei Tao. Does Digital Finance Weaken Monetary Policy Effectiveness? --Evidence from the investment behavior of listed companies. Finance and Trade Research, 2022, 33 (02): 52 - 67.
[10] Hong, C. Y., Lu, X., Pan, J. FinTechAdoptionandHouseholdRisk-Taking: From Digital Payments to Platform Investments. NBER Working Paper.
[11] Hu Shengming, Wang Linhui, Zhao He. Artificial intelligence application, Human-machine collaboration, and labor productivity. China Population Science, 2021, (05): 48 - 62+127.
[12] Huang Guoping, Ding Yi, LI Wan Sol. The Development Trend, Impact Shock, and Policy Suggestions of Digital RMB. Research on Financial Issues, 2021, (06): 60 - 69.
[13] Iftekhar H, Boreum K, Xiang L. Financial technologies and the effectiveness of monetary policy transmission. European Economic Review, 2024, 161 104650-.
[14] Jian, H., Tao, W. Does Digital Finance Weaken Monetary Policy Effectiveness? --Evidence from the investment behavior of listed companies. Finance and Trade Research, 2022, 33 (02): 52 - 67.
[15] Jiang Zhenlong. Research on monetary policy transmission mechanism under deposit rate constraint. Journal of Economics, 2024, 11 (03): 1 - 36.
[16] Lai Yingtao, hu Zhenghua. The Impact of Digital Financial Development on Monetary Policy Effectiveness and Its Transmission Channels. Contemporary Financier, 2024, (09): 115 - 118.
[17] Li Min. Digital finance, industrial structure upgrading, and high-quality development of the real economy. [J/OL]. Statistics and Decision Making, 2025, (03): 141 - 146 [2025 - 02 - 19].
[18] Li, Y., Dehua, M. Re-examination of the relationship between quantitative monetary policy and leverage of industrial enterprises in China. Management Modernisation, 2024, 44 (03): 22 - 30.
[19] Liu Y, Bai Xiaoying, Tang Rongsheng. Digital finance, innovation resilience, and wage income gap. China Industrial Economy, 2023 (11): 43 - 61.
[20] Liu Xin, Shi Huanping. Digital finance and monetary policy effectiveness: based on the perspective of bank risk-taking channels. [J]. Southern Finance, 2023, (06): 3 - 17.
[21] Nianhua, Z., Chuguang, H., Yu, J. Interest Rate Marketization, LPR, and Monetary Policy Regulation Effectiveness—Based on the Perspective of Policy Impact on Industrial Economy. Finance and Economics, 2023, (06): 36 - 46.
[22] Qian Haizhang, Tao Yunqing, Cao Songwei, et al. Theoretical and empirical evidence on digital financial development and economic growth in China. Research on Quantitative and Technical Economics, 2020, 37 (06): 26 - 46.
[23] Qiao Bin, Shen Yuqing, Zhao Guangting, et al. Digital finance and corporate financialization: 'De-realization to virtualization' or 'de-virtualization to realization'? [J]. Finance and Economics Theory and Practice, 2024, 45 (06): 19 - 26.
[24] Qiang, Z., Mingxi, H. Digital finance empowers the development of new quality productivity: theoretical logic, realistic dilemma, and breakthrough path. [J/OL]. Reform, 1 - 12 [2024 - 12 - 07].
[25] Rong, T., Xuchuan, W., Jia, Z. Digital finance and corporate technological innovation - structural characteristics, mechanism identification and effect differences under financial regulation. Management World, 2020, 36 (05): 52 - 66 + 9.
[26] Sarma M. Measuring financial inclusion. Economics Bulletin, 2015, 35 (1): 604 - 611.
[27] Shi Huanping, Liu Xin. Digital finance and monetary policy effectiveness: based on the perspective of bank risk-taking channels. [J]. Southern Finance, 2023, (06): 3 - 17.
[28] Song, T., Xuchuan, W., Jia, Z. Digital finance and corporate technological innovation - structural characteristics, mechanism identification and effect differences under financial regulation. Management World, 2020, 36 (05): 52 - 66 + 9.
[29] S.P., S. Technological progress and monetary policy: managing the fourth industrial revolution. Journal of International Money and Finance, 2021, 114.
[30] Sun Xue, Song Yu, Zhao Peiya. How Artificial Intelligence Affects Labor Income: A Microanalysis and Empirical Test Based on Individual Ability [J]. Journal of Shanxi University of Finance and Economics, 2022, 44 (08): 17 - 29.
[31] Tang Z, Jiang D, Fu Z, et al. Regulating Pseudo-Graphitic Domain and Closed Pores to Facilitate Plateau Sodium Storage Capacity and Kinetics for Hard Carbon. [J]. Small methods, 2024, 8 (12): e2400509.
[32] Tang, S., Wu Xuchuan, Zhu Jia. Digital finance and corporate technological innovation - structural characteristics, mechanism identification and effect differences under financial regulation. Management World, 2020, 36 (05): 52 - 66 + 9.
[33] Wang, F., Jingyi, W., Fang, G., et al. Measuring the development of digital inclusive finance in China: indexing and spatial characteristics. Economics (Quarterly), 2020, 19 (04): 1401 - 1418.
[34] Xing, H., Hongyu, G. An empirical study on the phenomenon of the price puzzle of monetary policy in China—and the mitigating effect of digital finance. Journal of Yunnan University of Finance and Economics, 2023, 39 (04): 59 - 77.
[35] Xingxing, H., Junjie, R. Study on the Efficiency Improvement of Urban Green Economy Driven by Financial Technology and Digital Economy-Based on the Perspectives of "Enabling" and "Synergizing. Ecological Economy, 2024, 40 (12): 80 - 89 + 107.
[36] Xuchuan, W., Song, T., Jia, Z. Digital finance and corporate technological innovation - structural characteristics, mechanism identification and effect differences under financial regulation. Management World, 2020, 36(05): 52-66 + 9.
[37] Yang Gangqiang et al. Carbon emission reduction effect of digital economy: theoretical analysis and empirical evidence[J]. China Industrial Economy, 2023(05)
[38] Yang Lixun, MENG Dehua. Re-examination of the relationship between quantitative monetary policy and leverage of industrial enterprises in China. Management Modernisation, 2024, 44(03): 22-30.
[39] Yang, G., et al. Carbon emission reduction effect of digital economy: theoretical analysis and empirical evidence[J]. China Industrial Economy, 2023 (05).
[40] Yi Xingjian, Zhou Li. Does the development of digital inclusive finance significantly affect residents' consumption? Micro-evidence from Chinese households. Financial Research, 2018, (11): 47 - 67.
[41] Yingtao, L., Zhenghua, H. The Impact of Digital Financial Development on Monetary Policy Effectiveness and Its Transmission Channels. Contemporary Financier, 2024, (09): 115 - 118.
[42] Yufei, H., Jin, L. Testing the effectiveness of the binary transmission mechanism of monetary policy. Shanghai Economic Research, 2024, (04): 104 - 118.
[43] Zeng Aihua, Liu Bingbin, Li Ziqin. Research on the coupling and coordination of the digital economy and the real economy. Statistics and Decision Making, 2024, 40 (16): 106 - 111.
[44] Zhujun, Z., Yiming, Y., Ming, X., et al. Digital Finance, Path Breakthroughs, and High-Quality Innovation in Manufacturing—An Introduction to the Innovation-Driven Path of Financial Services for the real economy. Research on Quantitative and Technical Economics, 2024, 41 (4): 68 - 88.
[45] Zhou Cheng. Can central bank digital currency issuance enhance the effectiveness of monetary policy? A simulation analysis based on quantity-based and price-based monetary policy. [J]. Finance and Economics, 2023, (10): 3 - 18.
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