description: application of technical methods, especially from mathematical finance and computational finance, in the practice of finance
392 results
by Dan Stefanica · 4 Apr 2008
, by Dan Stefanica 3. A Probability Primer for Mathematical Finance, by.Elena Kosygina 4. Differential Equations with Numerical Methods for Financial Engineering, by Dan Stefanica A PRIMER for the MATHEMATICS of FINANCIAL ENGINEERING DAN STEFANICA Baruch College City University of New York FE PRESS New York FE PRESS New York www.fepress.org Information
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expansions, Lagrange multipliers, finite difference approximations, and numerical methods for solving nonlinear equations. This book should be useful to a large audience: • Prospective students for financial engineering (or mathematical finance) xiii PREFACE xiv programs will find that the knowledge contained in this book is fundamental for their understanding of more advanced courses
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first insight in the world of quantitative finance. The material in this book has been used for a mathematics refresher course for students entering the Financial Engineering Masters Program (MFE) at Baruch College, City University of New York. Studying this material before entering the program provided the students with a solid background
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contribution to the continued success of our students has been tremendous. This is the first in a series of books containing mathematical background needed for financial engineering applications, to be followed by books in N umerical Linear Algebra, Probability, and Differential Equations. Dan Stefanica New York, 2008 Acknow ledgments I have spent
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several wonderful years at Baruch College, as Director of the Financial Engineering Masters Program. Working with so many talented students was a privilege, as well as a learning experience in itself, and seeing a strong community develop
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find this book useful, the approach to reading the book will be different depending on the background and goals of the reader. Prospective students for financial engineering or mathematical finance programs should find the study of this book very rewarding, as it will give them a head start in their studies, and
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of study. Building a solid base for further study is of tremendous importance. This book teaches core concepts important for a successful learning experience in financial engineering graduate programs. Instructors of quantitative finance courses will find the mathematical topics and their treatment to be of greatest value, and could use the book
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[30]. Applications of finite differences for financial applications are included in Achdou and Pirroneau [2] and Tavella [32]. A monograph on finite difference methods in financial engineering was written by Duffy [8]. ' can be written in terms of the Greeks as e + ~(J2s2r + In general, the right hand side of (6.53
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list of closed formulas for barrier options can be found in Haug [12]. The monograph by Glasserman [11] discusses Monte Carlo methods with applications in financial engineering. The derivation and solution of the Black-Scholes PDE, as well as its extensions to futures (Black's formula) and time-dependent parameters are presented
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, 1998. [7] Gerard Cornuejols and Reha Tutuncu. Optimization Methods in Finance. Cambridge University Press, New York, 2007. [8] Daniel J. Duffy. Finite Difference Methods in Financial Engineering: A Partial Differential Equation Approach. John Wiley & Sons Ltd, Chichester, West Sussex, 2006. [9] Richard Durrett. Probability: Theory and Examples. Duxbury Press, Pacific Grove, California
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, 3rd edition, 2004. [10] Henry Edwards. Advanced Calculus of Several Variables. Dover Publications, Mineola, New York, 1995. [11] Paul Glasserman. Monte Carlo Methods in Financial Engineering. Springer-Verlag New York, Inc., New York, 2004. 279 280 BIBLIOGRAPHY 281 [12] Espen G. Haug. The Complete Guide to Option Pricing Formulas. Springer-Verlag
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N. Neftci. An Introduction to the Mathematics of the Financial Derivatives. Academic Press, San Diego, California, 2nd edition, 2000. [19] Salih N. Neftci. Principles of Financial Engineering. Elsevier Academic Press, San Diego, California, 2004. [20] Murray Protter and Charles Morrey. Intermediate Calculus. Undergraduate Texts in Mathematics. Springer, New York, 2nd edition, 1986
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. On the second derivative test for constrained local extrema. American Mathematical Monthly, 92(9):31-643, 1985. [27] Dan Stefanica. Numerical Linear Algebra Methods for Financial Engineering Applications. FE Press, New York, 2008. To appear. N [31] Nassim Taleb Dynamic Red' . M . John Wiley &, Sons Ltd, Ne!I~~rk, ~~~~l.ng Vanilla
by Marek Capinski and Tomasz Zastawniak · 6 Jul 2003
O. Tabachnikova Topologies and Uniformities I.M. James Vector Calculus P.C. Matthews Marek Capiński and Tomasz Zastawniak Mathematics for Finance An Introduction to Financial Engineering With 75 Figures 1 Springer Marek Capiński Nowy Sacz School of Business–National Louis University, 33-300 Nowy Sacz, ul. Zielona 27
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8.1.4 Cox–Ross–Rubinstein Formula . . . . . . . . . . . . . . . . . . . . . . . 180 8.2 American Options in the Binomial Tree Model . . . . . . . . . . . . . . . 181 8.3 Black–Scholes Formula . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 185 9. Financial Engineering . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191 9.1 Hedging Option Positions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192 9.1.1 Delta Hedging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192 9.1.2 Greek Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197 9.1.3 Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 199 9
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computed using formulae (3.7). Even with as few as 10 steps there is remarkably good agreement between the discrete and continuous time formulae. 9 Financial Engineering This chapter shows some applications of derivative securities to managing the risk exposure in various situations. The presentation will be by means of examples and
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price is denoted by D(S) and a bond with current value 1 is used. Specifically, suppose that a single derivative security has been 9. Financial Engineering 193 written, that is, z = −1. Then d d V (S) = x − D(S). dS dS d The last term dS D(S), which is
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balanced out by the increase in the stock value: stock money options TOTAL 35, 499.35 −30, 779.62 −4, 721.50 −1.77 9. Financial Engineering 195 1 3. The stock price goes down to S( 365 ) = 59 dollars. The value of the written options decreases, a single option now being
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−152.78 r = 8%, σ = 32% −299.83 −261.87 −234.69 −218.14 −212.08 −216.33 −230.68 −254.90 −288.74 9. Financial Engineering 197 As we can see, in some circumstances delta hedging may be far from satisfactory. We need to improve the stability of hedging when the
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if the stock price, volatility and risk-free rate remain unchanged. Exercise 9.6 Derive formulae for the Greek parameters of a put option. 9. Financial Engineering 199 9.1.3 Applications To show some possibilities offered by Greek parameters we consider hedging the position of a writer of European call options
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+ 8.610681 z% = 0, with an approximate solution x ∼ = 159. 89, z% ∼ = 1, 351.15. The corresponding money position is y ∼ = −7, 311.12. 9. Financial Engineering 201 Suppose that the volatility increases to σ = 32% on day one. Let us compare the results for delta-vega and delta hedging: S(1
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= 15%. Take into account the foregone opportunity of investing dollars without risk, given that the risk-free interest rate for dollars is rUSD = 5%. 9. Financial Engineering 203 Exercise 9.9 Suppose that $1, 000 is invested in European call options on a stock with current price S(0) = 60 dollars. The
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% logarithmic return on the exchange rate. For a random exchange rate it is therefore natural to assume the mean logarithmic return to be −3%. 9. Financial Engineering 205 As a result, VaR ∼ = 431, 818 dollars. The final balance as a function of the exchange rate d is 8, 000, 000 − 3, 000
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, 000 −229, 573 If the exchange rate drops to 1.5 dollars to a pound, the company will have a surplus of £428, 003. 9. Financial Engineering 207 5. Combination of Options and Forward Contracts. Finally, let us investigate what happens if the company hedges with both kinds of derivatives. Half of
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calls are bought, one with strike X and one with strike X , and two calls with strike price X are sold. Figure 9.4 9. Financial Engineering 209 shows the case when X is the average of the other two strike prices. Reversed butterfly is the opposite strategy, bringing profits when the
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risk can be estimated from the option price, see below. 2. Call Options. A more risky alternative is to buy call options. The return 9. Financial Engineering 211 is random and depends on the stock price after 20 days, KC = (S(20/365) − 60)+ − C . C To compute the expected return on
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of view of the analyst, compare the expected return and risk for stock, options and a bull spread with strike prices $58 and $62. 9. Financial Engineering 213 We shall build a simple model reflecting the analysts’s point of view. Additional information obtained by the analyst will result in modified probabilities
by Dan Stefanica · 24 Mar 2011
by substitu161 . . . . . . . . . 161 . . . . . . . . . 171 . . . . . . . . . 173 Implied volatil179 . . . . . . . . . . . 179 . . . . . . . . . . . 197 . . . . . . . . . . . 198 203 Preface The addition of this Solutions Ivlanual to "A Primer for the Mathematics of Financial Engineering" offers the reader the opportunity to undertake rigorous self-study of the mathematical topics presented in the Ivlath Primer , with the goal of achieving a
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solutions to these supplemental exercises are provided. 如1any of these exercises are quite challenging and offer insight that promises to be most useful in further financial engineering studies as well as job interviews. Using the Solution Manual as a companion to the Ivlath Primer , the reader will be able to not only
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a more advanced perspective on financial applications by studying the supplemental exercises and their solutions. The Solutions Ivlanual will be an important resource for prospective financial engineering graduate students. Studying the material from the Math Primer in tandem with the Solutions Manual would provide the solid mathematical background required for successful graduate
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percent of the graduates of the Baruch IvIFE Program are currently employed i口 the financial industry. "A Primer for the Ivlathematics of Financial Engineering" and this Solutions Manual are the first books to appear in the Financial Engineering Advanced Backgrou日d Series. Books on Numerical Linear Algebra , on Probability, and on Differential Equations for
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financial engineering applications are forthcommg. Dan Stefanica New York , 2008 lBaruch MFE Program web page: http://www.baruch.cuny.edu/math/master 山tml QuantNetwork student forum web
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page: httr旷/ www.quantnet.org/forum/index 抖lp IX Acknowledgments "A Primer for the Mathematics of Financial Engineering" published in April 2008 , is based on material covered in a mathematics refresher course I taught to students entering the
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Financial Engineering Masters Program at Baruch College. Using the book as the primary text in the July 2008 refresher course was a challenging but exceptionally rewarding experience.
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of Mathematical Functions. National Bureau of Standards , Gaithersburg ,扣1aryland , 10th corrected printing edition , 1970. [2] Dan Stefa旧ca. A lVlathematical Primer with Numerical lVlethods for Financial Engineering. FE Press , New York , 2007. t-2-z-2 /III-\ /It--\ \1111/ \liI/ nu qd 飞 exDA /1 vhu 币' 门。 。," nu 。中 才i nu 十 ex ny γ vhu
by Lionel Barber · 3 Oct 2024 · 424pp · 123,730 words
of the most indebted firms in the world, propped up by those same Japanese banks. This weakness was later compounded by Masa’s taste for financial engineering involving complex, multiple layers of leverage in the pursuit of higher returns. In Masa’s defence, he took full advantage of Japan’s ultra-low
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to be easy to manipulate and often misleading.) In the short term this boosted SoftBank’s share price and Masa’s paper wealth. It was financial engineering typical of Masa and Kitao. Yet, aside from giving outside investors in SoftBank an incomplete picture, it carried other dangers. The debts and losses that
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’s chief investment officer would in effect be redundant. The plan was abandoned. Arora, who’d pondered taking charge of Sprint himself, was unimpressed with financial engineering. He regularly belittled his fellow countryman in front of SoftBank peers, questioning his business acumen. The battle between Arora the bruiser and Misra the schemer
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–9; as susceptible to fellow dreamers, 272–3, 276–8; talks with Elon Musk, 274–5; and Tamagawa development project, 81–2, 86; taste for financial engineering, 98, 123, 312–14; and tax avoidance, 62–3, 308; as a techno-optimist, 4, 133, 156, 208–12, 331–3; tin-roofed office in
by Jacob Silverman · 9 Oct 2025 · 312pp · 103,645 words
envisioned. In the biotech press, where I turned to educate myself about the company, there was skepticism around Roivant—a sense that it was mostly financial engineering, that it had received more hype, venture capital, and media coverage than it deserved. It hadn’t yet delivered anything, really. But inside the company
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class of financiers, venture capitalists, and tech moguls to create anything enduring. So many of them, it seemed, had gotten rich via some form of financial engineering, a combination of insider connections, cunning use of the law and tax loopholes, and huge sums of cheaply borrowed cash that they could leverage on
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for a lot of it. If you were canny, you might not even have to pay it back. In exceedingly broad strokes, this was the financial engineering that underwrote the period’s relative prosperity and its gaping inequality. It was only possible when big institutions could borrow practically endless amounts of cash
by Kenneth Rogoff · 27 Feb 2025 · 330pp · 127,791 words
that summer was selling at a steep discount. At one point, grasping at straws, the U.S. Treasury thought that it had found a clever financial-engineering solution to the problem. The Treasury wanted the Argentines to use IMF funds to buy back a portion of their own debt, which was, after
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option to get money quickly to poor countries, however inefficient it may be. Still, this is a case in which readers should see through the financial-engineering magic. To explain the SDR requires a deeper dive into the workings of the International Monetary Fund, which has already been referred to many times
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bank that would require funding of at least $100 billion per year, and perhaps several times that.20 However, trying to fund that aid through financial-engineering tricks to fool the public is short-sighted and would be a mistake. SDRs are not a magical global currency that cuts through all our
by Andrew Ross Sorkin · 14 Oct 2025 · 664pp · 166,312 words
the alternative he offered to the Republicans’ hands-off approach to business. With great rhetorical flourishes, Roosevelt took aim at the “apparently magic power” of financial engineering by which “any half-dozen of decrepit and moribund industries, by merely pooling their individual debts and inefficiencies, could attract the public’s money to
by David G. W. Birch and Victoria Richardson · 28 Apr 2024 · 249pp · 74,201 words
inefficiencies while being transparent to all parties, and they should also allow users to retain full control over their funds. A novel form of competitive financial engineering, reinforced by what are known as ‘DeFi compositions’, where financial service providers can combine the financial functions of several DeFi protocols to offer novel, complex
by Byrne Hobart and Tobias Huber · 29 Oct 2024 · 292pp · 106,826 words
over longer distances without sacrificing much fidelity. They hit their deadline. In addition to innovative electrical engineering, AT&T’s growth was a result of financial engineering. The company began to invest in, partner with, and buy out local phone companies. The primary threat to this strategy was government regulation. Western Union
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cost-cutting unleashed by the inflation and policy choices of the 1970s cannot go on forever. After long periods of depressed research investment and aggressive financial engineering, many cheap, inefficient companies have either been acquired and turned around or driven into bankruptcy. Furthermore, over the past two decades more companies have structured
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a product that’s twice as expensive and getting 10 percent cheaper every year will eventually dominate the market. A miracle of petroleum engineering or financial engineering? Fracking has extracted an impressive amount of oil from Texas, Oklahoma, and North Dakota. It has extracted an equally impressive amount of capital from New
by Andrew W. Lo · 3 Apr 2017 · 733pp · 179,391 words
the next generation of financial scholarship. His Nobel Prize–winning protégé, Robert C. Merton, went on to create much of what is now known as financial engineering, as well as the analytical foundations of at least three multi-trillion-dollar industries: exchange-traded options markets; over-the-counter derivatives and structured products
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is getting scarcer. What can we do about it? Well, what if we could change the risk/reward profile of the drug development process through financial engineering? We do it all the time for other investments. Here’s how. Instead of investing in one project at a time, suppose we invest in
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rates, more than $27 billion can be financed by issuing long-term A-rated bonds.14 And if we use all the other tools of financial engineering—securitization, collateralized debt obligations, credit default swaps, and other types of derivative securities—we can do even better. At this point, you’re probably wondering
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an episode of Star Trek? It shouldn’t. The money is there, and it’s possible to structure the research to make an attractive return. Financial engineering is especially important for long-term goals. There are private foundations whose origins date back to the Renaissance, surviving conquest, tyranny, genocide, and world war
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, led him and his students to several very fruitful research agendas, ultimately including the Black-Scholes and Merton option-pricing models, the cornerstones of modern financial engineering. Black and Scholes (1973) and Merton (1973). 23. In 1992, Fama was inducted into the Malden Catholic High School Hall of Fame for his athletic
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, Mila Getmansky, Dale Gray, Andrew W. Lo, Robert C. Merton, and Loriana Pelizzon. 2016. “Granger-Causality Networks of Sovereign Risk.” Working paper, MIT Laboratory for Financial Engineering. Billio, Monica, Mila Getmansky, Andrew W. Lo, and Loriana Pelizzon. 2012. “Econometric Measures of Connectedness and Systemic Risk in the Finance and Insurance Sectors.” Journal
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. 1938. “The Cobweb Theorem.” Quarterly Journal of Economics 52: 255–280. Fagnan, David, Jose Maria Fernandez, Andrew W. Lo, and Roger M. Stein. 2013. “Can Financial Engineering Cure Cancer?” American Economic Review 103: 406–411. Falk, Dean. 1990. “Brain Evolution in Homo: The “Radiator” Theory.” Behavioral and Brain Sciences 13: 333–344
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received a great deal of support for my research from the MIT Sloan School, both from our Dean’s Office and the MIT Laboratory for Financial Engineering (LFE). I’m particularly grateful to our current dean, Dave Schmittlein, for his support for the finance group now and during my years as finance
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–8, 44, 62, 84, 261; in Asia, 241; global system and, 358; preventing, 364–394; of 2008, 296–329. See also “Quant Meltdown” (August 2007) financial engineering, 212, 415 financial sector, 330–332 finches, 226–227, 240, 244 FINRA (Financial Industry Regulatory Authority), 360 financial technology, 248, 361, 399, 405 first-order
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, 151–152 memory, 130 merger arbitrage, 267 Meriwether, John, 241 Merrill Lynch, 242–243, 306, 308, 309 Merton, Robert C., 27, 127, 266, 356–357; financial engineering innovations by, 211; housing crisis viewed by, 322–323; at Long-Term Capital Management, 241; network contagion viewed by, 376–377; Nobel Prize awarded to
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by Hedrick Smith · 10 Sep 2012 · 598pp · 172,137 words
by David Wessel · 3 Aug 2009 · 350pp · 109,220 words
by Raj Patel and Jason W. Moore · 16 Oct 2017 · 335pp · 89,924 words
by Chrystia Freeland · 11 Oct 2012 · 481pp · 120,693 words
by Eswar S. Prasad · 27 Sep 2021 · 661pp · 185,701 words
by Liam Vaughan · 11 May 2020 · 268pp · 81,811 words
by Gillian Cookson · 19 Sep 2012 · 136pp · 42,864 words
by Russell Gold · 7 Apr 2014 · 423pp · 118,002 words
by Sebastian Mallaby · 9 Jun 2010 · 584pp · 187,436 words
by Binyamin Appelbaum · 4 Sep 2019 · 614pp · 174,226 words
by Rüdiger Seydel · 2 Jan 2002 · 313pp · 34,042 words
by Kaiser Fung · 25 Jan 2010 · 227pp · 62,177 words
by Greg Farrell · 2 Nov 2010 · 526pp · 158,913 words
by Andrew Yang · 2 Apr 2018 · 300pp · 76,638 words
by Bryan Burrough and John Helyar · 1 Jan 1990 · 713pp · 203,688 words
by James Rickards · 7 Apr 2014 · 466pp · 127,728 words
by Tom Standage · 31 Aug 2005
by Richard Florida · 28 Jun 2009 · 325pp · 73,035 words
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by Bruce Katz and Jennifer Bradley · 10 Jun 2013
by Michael Ellsberg · 15 Jan 2011 · 362pp · 99,063 words
by Yuxing Yan · 24 Apr 2014 · 408pp · 85,118 words
by Edward Niedermeyer · 14 Sep 2019 · 328pp · 90,677 words
by Martin Sandbu · 15 Jun 2020 · 322pp · 84,580 words
by Rebecca Giblin and Cory Doctorow · 26 Sep 2022 · 396pp · 113,613 words
by Gregory Zuckerman · 5 Nov 2019 · 407pp · 104,622 words
by Christopher Varelas · 15 Oct 2019 · 477pp · 144,329 words
by Walt Bogdanich and Michael Forsythe · 3 Oct 2022 · 689pp · 134,457 words
by Anne Case and Angus Deaton · 17 Mar 2020 · 421pp · 110,272 words
by Satyajit Das · 15 Nov 2006 · 349pp · 134,041 words
by Adam Tooze · 15 Nov 2021 · 561pp · 138,158 words
by Mark Mahaney · 9 Nov 2021 · 311pp · 90,172 words
by Peter Oppenheimer · 3 May 2020 · 333pp · 76,990 words
by Nassim Nicholas Taleb · 27 Nov 2012 · 651pp · 180,162 words
by Morgan Housel · 7 Sep 2020 · 209pp · 53,175 words
by W. Brian Arthur · 6 Aug 2009 · 297pp · 77,362 words
by George Packer · 4 Mar 2014 · 559pp · 169,094 words
by Paul Mason · 29 Jul 2015 · 378pp · 110,518 words
by Shayne Fletcher and Christopher Gardner · 3 Aug 2009 · 246pp · 16,997 words
by Kurt Eichenwald · 14 Mar 2005 · 992pp · 292,389 words
by Paul Roberts · 1 Sep 2014 · 324pp · 92,805 words
by Angus Deaton · 15 Mar 2013 · 374pp · 114,660 words
by Alice Schroeder · 1 Sep 2008 · 1,336pp · 415,037 words
by Michael J. Sandel · 9 Sep 2020 · 493pp · 98,982 words
by Dan Ariely · 3 Apr 2013 · 898pp · 266,274 words
by Thomas H. Davenport and Julia Kirby · 23 May 2016 · 347pp · 97,721 words
by Satyajit Das · 9 Feb 2016 · 327pp · 90,542 words
by David Goldenberg · 2 Mar 2016 · 819pp · 181,185 words
by Victor A. Canto · 2 Jan 2005 · 337pp · 89,075 words
by David Hale and Lyric Hughes Hale · 23 May 2011 · 397pp · 112,034 words
by Benjamin Graham and David Dodd · 1 Jan 1962 · 1,042pp · 266,547 words
by Frederi G. Viens, Maria C. Mariani and Ionut Florescu · 20 Dec 2011 · 443pp · 51,804 words
by Ha-Joon Chang · 4 Jul 2007 · 347pp · 99,317 words
by Aaron Brown and Eric Kim · 10 Oct 2011 · 483pp · 141,836 words
by Winifred Gallagher · 7 Jan 2016 · 431pp · 106,435 words
by Feng Gu · 26 Jun 2016
by Roger Lowenstein · 15 Jan 2010 · 460pp · 122,556 words
by Sebastian Mallaby · 10 Oct 2016 · 1,242pp · 317,903 words
by David Pilling · 30 Jan 2018 · 264pp · 76,643 words
by Diomidis Spinellis and Georgios Gousios · 30 Dec 2008 · 680pp · 157,865 words
by Richard Florida · 22 Apr 2010 · 265pp · 74,941 words
by Bruce C. N. Greenwald, Judd Kahn, Paul D. Sonkin and Michael van Biema · 26 Jan 2004 · 306pp · 97,211 words
by Jeff John Roberts · 15 Dec 2020 · 226pp · 65,516 words
by Kevin Roose · 18 Feb 2014 · 269pp · 83,307 words
by Robert Bruce Shaw, James Foster and Brilliance Audio · 14 Oct 2017 · 280pp · 82,355 words
by Andrew W. Lo and Stephen R. Foerster · 16 Aug 2021 · 542pp · 145,022 words
by Mark Robichaux · 19 Oct 2002
by Igor Tulchinsky · 30 Sep 2019 · 321pp
by Emanuel Derman,Michael B.Miller · 6 Sep 2016
by Rob Copeland · 7 Nov 2023 · 412pp · 122,655 words
by Harold James · 15 Jan 2023 · 469pp · 137,880 words
by Ian Kumekawa · 6 May 2025 · 422pp · 112,638 words
by Grace Blakeley · 11 Mar 2024 · 371pp · 137,268 words
by Nick Romeo · 15 Jan 2024 · 343pp · 103,376 words
by Nicholas Wapshott · 2 Aug 2021 · 453pp · 122,586 words
by Richard Brooks · 2 Jan 2014 · 301pp · 88,082 words
by Rob Reich, Mehran Sahami and Jeremy M. Weinstein · 6 Sep 2021
by Doug Henwood · 30 Aug 1998 · 586pp · 159,901 words
by Michael J. Mauboussin · 6 Nov 2012 · 256pp · 60,620 words
by Fareed Zakaria · 5 Oct 2020 · 289pp · 86,165 words
by Stross, Charles · 22 Jan 2005 · 489pp · 148,885 words
by Didier Sornette · 18 Nov 2002 · 442pp · 39,064 words
by Greg N. Gregoriou, Vassilios Karavas, François-Serge Lhabitant and Fabrice Douglas Rouah · 23 Sep 2004
by Niall Ferguson · 13 Nov 2007 · 471pp · 124,585 words
by John Cassidy · 10 Nov 2009 · 545pp · 137,789 words
by Matt Blumberg · 13 Aug 2013 · 561pp · 114,843 words
by Kendall Kim · 31 May 2007 · 224pp · 13,238 words
by Cathy O'Neil · 5 Sep 2016 · 252pp · 72,473 words
by Fredrik Erixon and Bjorn Weigel · 3 Oct 2016 · 504pp · 126,835 words
by Burton G. Malkiel · 5 Jan 2015 · 482pp · 121,672 words
by Ben Mezrich · 20 May 2019 · 304pp · 91,566 words
by Joel Kotkin · 11 Apr 2016 · 565pp · 122,605 words
by Kevin Phillips · 31 Mar 2008 · 422pp · 113,830 words
by Kwasi Kwarteng · 12 May 2014 · 632pp · 159,454 words
by David F. Swensen · 8 Aug 2005 · 490pp · 117,629 words
by Russell Napier · 19 Jul 2021 · 511pp · 151,359 words
by Ray Dalio · 18 Sep 2017 · 516pp · 157,437 words
by Joseph C. Sternberg · 13 May 2019 · 336pp · 95,773 words
by Duncan Mavin · 20 Jul 2022 · 345pp · 100,989 words
by Tobias E. Carlisle · 19 Aug 2014
by Katherine Clarke · 13 Jun 2023 · 454pp · 127,319 words
by Bethany McLean · 25 Nov 2013 · 778pp · 233,096 words
by Harry Markopolos · 1 Mar 2010 · 431pp · 132,416 words
by Benoit Mandelbrot · 30 Oct 2012
by Gregory Zuckerman · 3 Nov 2009 · 342pp · 99,390 words
by David Callahan · 9 Aug 2010
by John Brockman · 5 Oct 2015 · 481pp · 125,946 words
by Russell Napier · 18 Jan 2016 · 358pp · 119,272 words
by Yanis Varoufakis and Paul Mason · 4 Jul 2015 · 394pp · 85,734 words
by Brink Lindsey · 12 Oct 2017 · 288pp · 64,771 words
by Ann Pettifor · 27 Mar 2017 · 182pp · 53,802 words
by Vito Tanzi · 28 Dec 2017
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by Edward O. Thorp · 15 Nov 2016 · 505pp · 142,118 words
by Lynda Gratton and Andrew Scott · 1 Jun 2016 · 344pp · 94,332 words
by Richard Bookstaber · 1 May 2017 · 293pp · 88,490 words
by Dambisa Moyo · 17 Mar 2009 · 225pp · 61,388 words
by Luke Johnson · 31 Aug 2011 · 166pp · 49,639 words
by Immanuel Wallerstein, Randall Collins, Michael Mann, Georgi Derluguian, Craig Calhoun, Stephen Hoye and Audible Studios · 15 Nov 2013 · 238pp · 73,121 words
by Michael Lewis · 2 Oct 2023 · 263pp · 92,618 words
by Sachin Khajuria · 13 Jun 2022 · 229pp · 75,606 words
by Marcos González Hernando and Gerry Mitchell · 23 May 2023
by Cory Doctorow · 6 Oct 2025 · 313pp · 94,415 words
by Paul Wilmott · 3 Jan 2007 · 345pp · 86,394 words
by Tim Lee, Jamie Lee and Kevin Coldiron · 13 Dec 2019 · 241pp · 81,805 words
by Emanuel Derman · 13 Oct 2011 · 240pp · 60,660 words
by Greg Smith · 21 Oct 2012 · 304pp · 99,836 words
by Parag Khanna · 11 Jan 2011 · 251pp · 76,868 words
by Louis Hyman · 24 Jan 2012 · 251pp · 76,128 words
by Lasse Heje Pedersen · 12 Apr 2015 · 504pp · 139,137 words
by Andrew Sayer · 6 Nov 2014 · 504pp · 143,303 words
by Henry M. Paulson · 15 Sep 2010 · 468pp · 145,998 words
by James Andrew Miller · 8 Aug 2016 · 790pp · 253,035 words
by Ray Dalio · 9 Sep 2018 · 782pp · 187,875 words
by Kwasi Kwarteng, Priti Patel, Dominic Raab, Chris Skidmore and Elizabeth Truss · 12 Sep 2012
by Roger L. Martin · 28 Sep 2020 · 600pp · 72,502 words
by Gillian Tett · 11 May 2009 · 311pp · 99,699 words
by Polly Toynbee and David Walker · 3 Mar 2020 · 279pp · 90,888 words
by Matt Alt · 14 Apr 2020
by Sujeet Indap and Max Frumes · 16 Mar 2021 · 362pp · 116,497 words
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by John C. Bogle · 30 Jun 2012 · 339pp · 109,331 words
by Kevin Mellyn · 30 Sep 2009 · 225pp · 11,355 words
by Eduardo Porter · 4 Jan 2011 · 353pp · 98,267 words
by John Plender · 27 Jul 2015 · 355pp · 92,571 words
by John Brockman · 18 Jan 2011 · 379pp · 109,612 words
by Sandra Navidi · 24 Jan 2017 · 831pp · 98,409 words
by Michael Lewis · 1 Nov 2009 · 265pp · 93,231 words
by Tom Wright and Bradley Hope · 17 Sep 2018 · 354pp · 110,570 words
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by Joseph E. Stiglitz · 28 Jan 2020 · 408pp · 108,985 words
by Eliot Brown and Maureen Farrell · 19 Jul 2021 · 460pp · 130,820 words
by Nicholas Shaxson · 20 Mar 2007
by Andrew Pole · 14 Sep 2007 · 257pp · 13,443 words
by Craig Marks and Rob Tannenbaum · 19 Sep 2011 · 821pp · 227,742 words
by Jesse Norman · 30 Jun 2018
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by Ben S. Bernanke, Timothy F. Geithner and Henry M. Paulson, Jr. · 16 Apr 2019
by Ehsan Masood · 4 Mar 2021 · 303pp · 74,206 words
by Lee Munson · 6 Dec 2011 · 236pp · 77,735 words
by Danielle Dimartino Booth · 14 Feb 2017 · 479pp · 113,510 words
by William Keegan · 24 Jan 2019 · 309pp · 85,584 words
by Simon Winchester · 27 Oct 2009 · 522pp · 150,592 words
by Burton G. Malkiel · 10 Jan 2011 · 416pp · 118,592 words
by Chris Hayes · 28 Jan 2025 · 359pp · 100,761 words
by Dominic Frisby · 1 Nov 2014 · 233pp · 66,446 words
by Noa Tishby · 5 Apr 2021 · 338pp · 101,967 words
by Ken Silverstein · 30 Apr 2014 · 233pp · 73,772 words
by Wolfgang Streeck · 1 Jan 2013 · 353pp · 81,436 words
by Nicholas Shaxson · 11 Apr 2011 · 429pp · 120,332 words
by Ernie Chan · 17 Nov 2008
by Michael Lewis · 2 Oct 2011 · 180pp · 61,340 words
by John Peet, Anton La Guardia and The Economist · 15 Feb 2014 · 267pp · 74,296 words
by Ludwig B. Chincarini · 29 Jul 2012 · 701pp · 199,010 words
by Richard H. Thaler and Cass R. Sunstein · 7 Apr 2008 · 304pp · 22,886 words
by Tim Bourquin and Nicholas Mango · 26 Dec 2012 · 327pp · 91,351 words
by Denis MacShane · 14 Jul 2017 · 308pp · 99,298 words
by Thomas Schneeweis, Garry B. Crowder and Hossein Kazemi · 8 Mar 2010 · 317pp · 106,130 words
by Peter Neuwirth · 2 Mar 2015 · 161pp · 51,919 words
by Hoyt L. Barber · 23 Feb 2012 · 192pp · 72,822 words
by Alain Ruttiens · 24 Apr 2013 · 447pp · 104,258 words
by Taylor Larimore, Michael Leboeuf and Mel Lindauer · 1 Jan 2006 · 335pp · 94,657 words
by Dan Ariely · 27 Jun 2012 · 258pp · 73,109 words
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by Howard Marks · 30 Sep 2018 · 302pp · 84,428 words
by Brent Donnelly · 11 May 2021
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by Christian Fries · 9 Sep 2007
by Erich Gamma, Richard Helm, Ralph Johnson and John Vlissides · 18 Jul 1995
by William J. Bernstein · 12 Oct 2000
by Mihir Desai · 22 May 2017 · 239pp · 69,496 words
by Cory Doctorow and Charles Stross · 3 Sep 2012 · 311pp · 94,732 words
by Steven Drobny · 31 Mar 2006 · 385pp · 128,358 words
by John Lanchester · 5 Oct 2014 · 261pp · 86,905 words
by Wesley R. Gray and Tobias E. Carlisle · 29 Nov 2012 · 263pp · 75,455 words
by Leonard David · 6 May 2019
by Barton Biggs · 3 Jan 2005
by Guy Hands · 4 Nov 2021 · 341pp · 107,933 words
by Jack D. Schwager · 1 Jan 2001
by Robert A. Sirico · 20 May 2012 · 267pp · 70,250 words
by Orit Gadiesh and Hugh MacArthur · 14 Aug 2008 · 92pp · 23,741 words
by Mark Spitznagel · 9 Aug 2021 · 231pp · 64,734 words
by Davis Edwards · 10 Jul 2014
by Scott McCleskey · 10 Mar 2011
by Helaine Olen · 27 Dec 2012 · 375pp · 105,067 words
by Carol Alexander · 2 Jan 2007 · 320pp · 33,385 words
by Kirsten Grind · 11 Jun 2012 · 549pp · 147,112 words
by Anat Admati and Martin Hellwig · 15 Feb 2013 · 726pp · 172,988 words
by R. Marston · 29 Mar 2011 · 363pp · 28,546 words
by Jack (edited By) Guinan · 27 Jul 2009 · 353pp · 88,376 words
by Oliver Bullough · 5 Sep 2018 · 364pp · 112,681 words
by Damien Simonis, Sarah Johnstone and Nicola Williams · 31 May 2006
by Ruey S. Tsay · 14 Oct 2001
by Graham Elwood and Chris Mancini · 31 May 2012 · 314pp · 86,795 words
by Joshua Rosenbaum, Joshua Pearl and Joseph R. Perella · 18 May 2009 · 444pp · 86,565 words
by Philip Augar · 20 Apr 2005 · 290pp · 83,248 words
by Frank J. Fabozzi, Steven V. Mann and Moorad Choudhry · 14 Jul 2002
by Anthony Scaramucci · 30 Apr 2012 · 162pp · 50,108 words
by Costas Lapavitsas · 17 Dec 2018 · 221pp · 46,396 words
by Diana B. Henriques · 1 Aug 2011 · 598pp · 169,194 words
by William J. Cook · 1 Jan 2011 · 245pp · 12,162 words
by Mindy Kaling · 1 Nov 2011