Alexander Juergens

Returns in Venture Capital (VC) are characterized by extreme outliers and a notable number of defaulted transactions. Building a well-diversified portfolio is pivotal for investors to achieve sufficient downside protection without disproportionately trimming upside potential. This report simulates VC returns to understand the impact of portfolio size on risk and return potential. The simulations are based on the semicontinuous log-normal model of Juergens et al. (2022). The analysis is conducted with 10,000 Monte Carlo simulations, each with a universe of 900 VC funds in total, which are equally distributed in early-stage (pre-seed and seed), mid-stage (Series A to Series B), and later-stage (Series C or later).
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Analyzing a large sample of gross fund-level and deal-level returns in Private Equity (PE), we study systematic differences in investment skills across PE firms and what investors can learn about the true skill of PE firms from past performance. We extend the framework of Korteweg and Sorensen (2017) and establish a flexible variance decomposition model that estimates heterogeneity in returns, idiosyncratic risk-taking, and default risk. Our results show that investment skills are systematically different across PE firms with an estimated interquartile spread of returns ranging from 23% to 26% for deals and 17% to 21% for funds, relative to the market.
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This study investigates the effects of economic cycles on abnormal value creation of buyouts (BO) and on the investment activity of the corresponding Private Equity (PE) funds. We benchmark a large sample of BO transactions with closely matched public companies from 1986 to 2017. Our results show that BO transactions have created significantly more value overall, but abnormal value creation has disappeared in more recent periods. However, BO transactions are considerably less sensitive to adverse shocks in the real economy than their public counterparts.
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