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- Creators: Department of Finance
- Creators: Bazzi, Rida
Description
Alternative currencies have a long and varied history, in which Bitcoin is the latest chapter. The pseudonymous Satoshi Nakamoto created Bitcoin as an implementation of the concept of a cryptocurrency, or a decentralized currency based on the principles of cryptography. Since its creation in 2008, Bitcoin has had a fairly tumultuous existence that limited its adoption. Wide price fluctuations occurred as the appeal of free money by running a piece of computer software drove people to purchase expensive hardware, and high-profile scandals cast Bitcoin as an unstable currency well-suited primarily for purchasing illicit materials. Consumer confidence in the currency was extremely low, and businesses were extremely hesitant to accept a currency that could easily lose half (or more) of its value overnight. However, recent years have seen the currency begin to stabilize as businesses and mainstream investors have begun to accept and support it. Alternative cryptocurrencies, titled "altcoins," have also been created to fill market niches that Bitcoin was not addressing. Governmental intervention, a concern of many following the currency, has been surprisingly restrained and has actually contributed to its stability. The future of Bitcoin looks very bright as it carries the dream of the alternative currency forward into the 21st century.
ContributorsReardon, Brett (Co-author) / Burke, Ryan (Co-author) / Happel, Stephen (Thesis director) / Boyes, William (Committee member) / School of Politics and Global Studies (Contributor) / Department of Information Systems (Contributor) / Department of Finance (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
The purpose of this thesis is to investigate the history of the Bitcoin arbitrage premium to see if the possibility of 'risk-free' gains existed previously and whether or not the opportunity is still present today. It investigates market structure and price discrepancies in $147B of trading volume across 53 different exchanges between July 2010 and February 2017. This paper aggregates exchange trading into five minute buckets of transaction volume in order to see what exchange volume could have been successfully arbitraged within the context of two cases. The first requires trades to close within the same 5-minute interval and the second requires a 10-minute delay before the position is closed. It finds that the monthly average spreads of these cases have fallen below 3% in 2017 from nearly 10% in 2010. Once exchange fees are included, these spreads fall below 2% on average.
ContributorsNowicki, Gregory Arthur (Author) / Wahal, Sunil (Thesis director) / Simonson, Mark (Committee member) / School of Mathematical and Statistical Sciences (Contributor) / Department of Finance (Contributor) / Barrett, The Honors College (Contributor)
Created2017-05
Description
Bitcoin is a form of virtual currency that can be used as a medium of exchange for goods or services. Different from other forms of virtual payment, bitcoin is de-centralized and puts all of the power in the hands of the user, rather than a banking institution. However, bitcoin's ability to develop as a renowned medium of exchange has been impeded, potentially due to a lack of knowledge, active bitcoin platforms, and support. In this paper, I conduct a survey to understand factors that affect households' adoption of bitcoin. In particular, I focus on factors that capture the potential benefit and cost of adopting bitcoin. Through a public survey, participants are asked a series of questions on their willingness to adopt bitcoin. I found significant results stating that subjects were more inclined toward bitcoin contingent upon the number of platforms accepting it, the number of acquaintances using bitcoin, and the degree of personal knowledge participants have about bitcoin. These findings suggest that perceived benefit captured by network effect and convenience of use, as well as the potential cost captured by uncertainty help shape the adoption of bitcoin.
ContributorsMorrissey, Michael Joshua (Author) / Wang, Jessie (Thesis director) / Ray, Colter (Committee member) / Department of Finance (Contributor) / Barrett, The Honors College (Contributor)
Created2016-12
Description
The success of Bitcoin has generated significant interest in the financial community to understand whether the technological underpinnings of the cryptocurrency paradigm can be leveraged to improve the efficiency of financial processes in the existing infrastructure. Various alternative proposals, most notably, Ripple and Ethereum, aim to provide solutions to the financial community in different ways. These proposals derive their security guarantees from either the computational hardness of proof-of-work or voting based distributed consensus mechanism, both of which can be computationally expensive. Furthermore, the financial audit requirements for a participating financial institutions have not been suitably addressed.
This thesis presents a novel approach of constructing a non-consensus based decentralized financial transaction processing model with a built-in efficient audit structure. The problem of decentralized inter-bank payment processing is used for the model design. The two key insights used in this work are (1) to utilize a majority signature based replicated storage protocol for transaction authorization, and (2) to construct individual self-verifiable audit trails for each node as opposed to a common Blockchain. Theoretical analysis shows that the model provides cryptographic security for transaction processing and the presented audit structure facilitates financial auditing of individual nodes in time independent of the number of transactions.
This thesis presents a novel approach of constructing a non-consensus based decentralized financial transaction processing model with a built-in efficient audit structure. The problem of decentralized inter-bank payment processing is used for the model design. The two key insights used in this work are (1) to utilize a majority signature based replicated storage protocol for transaction authorization, and (2) to construct individual self-verifiable audit trails for each node as opposed to a common Blockchain. Theoretical analysis shows that the model provides cryptographic security for transaction processing and the presented audit structure facilitates financial auditing of individual nodes in time independent of the number of transactions.
ContributorsGupta, Saurabh (Author) / Bazzi, Rida (Thesis advisor) / Ahn, Gail-Joon (Committee member) / Herlihy, Maurice (Committee member) / Arizona State University (Publisher)
Created2016
Description
In recent years, cryptocurrency has become an increasingly popular new alternative investment
among retail traders. Additionally, this attention has grown beyond retail traders and now presents itself as a prominent conversation among media, institutions, and academia. The purpose of this project is to explore the unappreciated aspect of cryptocurrency use such that it is capable of functioning in the foreign exchange markets (FOREX or FX markets). The inherent idea behind cryptocurrency is that it is accessible worldwide, protected, and verifiable via blockchain, holding the same monetary value regardless of location and minimizing the cost of cross-border payments by eliminating financial intermediaries in the traditional FOREX currency markets. Moreover, the goal of cryptocurrency intends to operate at faster rates than current traditional finance intermediaries. The article incorporates frequently debated aspects of cryptocurrency to identify the advantages and limitations of both cryptocurrency and traditional monetary systems. Thus, this research reveals the necessary fundamentals needed in cryptocurrency for the evolution in traditional financial structures and for widespread adoption to occur.
ContributorsKrygier, Jakob (Author) / Van Orden, Joseph (Thesis director) / Hill, John (Committee member) / Barrett, The Honors College (Contributor) / Department of Finance (Contributor) / Dean, W.P. Carey School of Business (Contributor) / Department of Economics (Contributor)
Created2023-05
Description
This thesis seeks to examine a nascent topic pertinent to the future of investment reporting to participants in global capital markets: cryptocurrency reporting. In the age of investor freedom, low to zero brokerage fees, and digital ‘do-it-yourself’ investing, many investors and investing platforms have adopted the use of digital currencies. Since its inception in 2009, cryptocurrency has been surrounded by controversy, which impacted financial institutions holding it, companies using it in transactions, and investors trading it. With cryptocurrency’s inherent volatility and relatively little accounting guidance, these stakeholders have faced difficulty in making capital allocation decisions, properly recording their holdings and transactions, and learning how to engage in activities involving cryptocurrency. Moreover, cryptocurrency has caught the attention of market regulators due to these same factors.
Our project directly addresses this topic and explores the accounting implications of using cryptocurrency based on currently available authoritative and non-authoritative guidance. We further examine the need for authoritative reporting guidance, the regulatory bodies responsible for prescribing reporting guidance, and potential recommendations for future accounting standards. We begin by defining cryptocurrency and distinguishing it from other digital assets in Section 2. In Section 3, we discuss the risks presented by digital currencies and their inherent volatility. In Section 4, we describe the ways in which businesses currently use, treat, and interact with cryptocurrency from both transactional and accounting perspectives. In Section 5, we review, consolidate, and present the current guidance on digital currencies from the Big 4 accounting firms. In Section 6, we investigate the cryptocurrency disclosures of five large public US companies through an analysis of their annual reports. In Section 7, we research the FASB and SEC and their standard-setting processes to determine which organization is best suited to provide guidance on cryptocurrency reporting. As part of this task, we consider the role of these two regulatory agencies, their views and attitudes toward cryptocurrencies, and their jurisdictions over this area of financial reporting. This examination involves regulatory and public policy research, to understand the standard-setting process within the applicable regulatory body. Finally, in Section 8, we directly engage in the standard-setting process by drafting a comment letter to the FASB which includes the results of our research, the necessity (or lack thereof) for authoritative reporting guidance, and key issues that the Board should consider.
ContributorsCady, Kendall (Author) / Hayward, David (Co-author) / Rykaczewski, Maria (Thesis director) / Golden, Russell (Committee member) / Barrett, The Honors College (Contributor) / Department of Finance (Contributor) / School of Accountancy (Contributor)
Created2022-05