Investigating volatility transmission and hedging properties between Bitcoin and Ethereum

By Christina Beneki, Alexandros Koulis, N. Kyriazis, Stephanos Papadamou. 2019

160 citations recorded by the source corpus.

Abstract This paper sets out to test the hypothesis whether volatility spillovers and hedging abilities exist between Bitcoin and Ethereum by a multivariate BEKK-GARCH methodology and impulse response analysis applied within a VAR model since the launch of Ethereum up to June 2018. The findings reveal significant swaps in the time-varying correlation and a delayed positive response of Bitcoin volatility on a positive volatility shock on Ethereum returns. The overarching implications of the results are that Bitcoin and Ethereum although presented some diversifying capabilities over the first years of the study these capabilities are recently significantly reduced. Moreover, the unidirectional volatility transmission from Ethereum to Bitcoin implies that profitable trading strategies may be established on a newly developed derivative market with consequences against market efficiency.

Subfields: Economics and Econometrics, Finance, Information Systems

How researchers see this paper

The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.

In Economics and Econometrics

  1. Alexander Deinert
  2. Thomas G. Fischer
  3. Ahmet Sensoy
  4. K. Al-Yahyaee
  5. Walid Mensi
  6. Christopher Krauss
  7. Mobeen Ur Rehman
  8. Debasish Maitra

In Finance

  1. Alexander Deinert
  2. Thomas G. Fischer
  3. Christopher Krauss
  4. David Martínez-Rego
  5. K. Al-Yahyaee
  6. Walid Mensi
  7. Carmine Ventre
  8. Leslie Kanthan

In Information Systems

  1. David Martínez-Rego
  2. K. Al-Yahyaee
  3. Walid Mensi
  4. Carmine Ventre
  5. Leslie Kanthan
  6. Lingbo Li
  7. Christopher Krauss
  8. Fan Wu

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