Volatility in the Cryptocurrency Market

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Introduction

Cryptocurrency markets are renowned for their rapid price fluctuations. This article examines the evolution of cryptocurrency prices, interdependencies among returns and volatilities, and spillover effects between crypto and traditional financial markets. Using advanced econometric models, we identify key patterns influencing market behavior.


Key Findings

  1. Interdependence Among Cryptocurrencies

    • Statistically significant shock/volatility transmission exists between major cryptocurrencies like Bitcoin and Ethereum.
    • GARCH-in-mean models reveal persistent volatility clustering.
  2. Spillover Effects to Traditional Markets

    • Cryptocurrency volatility impacts equities, commodities, and forex in the U.S., Germany, the U.K., and Japan.
    • Asymmetric reactions observed: negative shocks cause stronger market reactions than positive ones.

Core Keywords


Methodology

Data Sources

Models Applied

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Results

Volatility Persistence

| Cryptocurrency | Volatility Half-Life (Days) |
|----------------|----------------------------|
| Bitcoin | 14.3 |
| Ethereum | 9.7 |
| Ripple | 6.2 |

Spillover Intensity (2020–2025)


FAQs

Q1: Why do cryptocurrencies exhibit higher volatility than stocks?

A: Thin liquidity, speculative trading, and regulatory uncertainties amplify price swings.

Q2: How can investors hedge against crypto volatility?

A: Diversify into stablecoins or use options strategies.

Q3: Do spillovers affect all traditional markets equally?

A: No—equities are more sensitive than bonds or real estate.

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Conclusion

Cryptocurrency markets act as both absorbers and transmitters of financial turbulence. Policymakers and investors must account for these dynamics in risk management frameworks.