Author Archives: Scalper1

Modern Portfolio Theory: Introduce Allocation To ‘Alternatives’

Summary Modern Portfolio Theory (MPT) implies that total portfolio risk can be reduced by combining asset classes that have less-than-perfect positive correlation. MPT provides an explanation for historical and expected outperformance of ‘David Swensen’s portfolio’ compared to typical stock-only or stock-and-bond-only portfolio. MPT also provides us with tools to further augment ‘David Swensen’s portfolio’ by introducing alternative asset classes to improve risk-return profile of the portfolio. I recommend inclusion of commodities in your Core Portfolio. This is the second article in the series that aims to develop portfolio investment approach that ‘beats the market’, or at least ‘beats the average retail investor’. The goal is to equip readers both with knowledge about the path and confidence to stay on the path. In the first article, Efficient Market Hypothesis And Random Walk Theory: Buy ‘David Swensen’s Portfolio , the author recommended using ‘Swensen portfolio’. We did not dive into a detailed review of the performance of ‘Swensen portfolio’, as doing so is one of the topics of this second article. If you haven’t read the first article, I strongly recommend doing so. Why ‘David Swensen’s Portfolio’ beats conventional stock-only and stock-and-bond portfolios? Modern Portfolio Theory (MPT) implies that the total variance of the portfolio could be reduced by combining asset classes that have less-than-perfect positive correlation. The main premise is the use of diversification. Typically, a change in the value of various asset classes is not uniform. It follows that combining such assets will help smooth out periodic upward and downward spikes (or even short-term trends) to result in a smoother ride for investors. If you are interested in learning more about MPT, please refer to the last section where I provide the list of references. I reviewed total return of ‘David Swensen’s Portfolio’ and S&P 500 for the 1988 to 2014 period. Results are presented in the table and graph below. ‘David Swensen’s Portfolio’ has lower CAGR than S&P 500. However, you would notice that both volatility and a maximum drawdown of ‘David Swensen’s Portfolio’ is about 1.4x-1.6x lower. As a result, ‘David Swensen’s Portfolio’ achieves a higher risk-adjusted return (refer to Sharpe Ratio). What does this mean? If we leveraged up ‘David Swensen’s Portfolio’ by ~1.5x to match the risk level of S&P 500, leveraged ‘David Swensen’s Portfolio’ would have had a CAGR of close to 14% (back-of-the-envelope calculation: 9.28%*1.5x = 13.92%). Portfolio CAGR Std.Dev. Best Year Worst Year Max. Drawdown Sharpe Ratio David Swensen’s Portfolio 9.28% 11.57% 26.78% -26.78% -26.78% 0.55 S&P 500 Total Return 10.62% 17.99% 37.58% -37.00% -37.61% 0.49 Source: Portfolio Visualizer (click to enlarge) Source: Portfolio Visualizer Above mentioned result indicates that ‘David Swensen’s Portfolio’ beats S&P 500 on a risk-adjusted basis. At the end of the day, introducing more and more ‘less-than-perfectly correlated’ asset classes should help in diversifying away non-systematic risk and offer investor every increasing portion of ‘free lunch’. Viewed in this light, comparing the performance of better diversified ‘David Swensen’s portfolio’ to all-stock or even stock-and-bond portfolio is unfair. Better diversified portfolios, MPT implies, would perform better than a portfolio that involve a fewer number of asset classes. Does it mean that ‘David Swensen’s Portfolio’ generates alpha? And how much of alpha it generates? No, ‘David Swensen’s portfolio’ does not generate positive alpha ! Just because this portfolio has better risk-adjusted performance than S&P 500 does not mean that it generates alpha. When computing relative performance of any portfolio, we should be using the appropriate benchmark. In the case of ‘David Swensen’s portfolio’, the benchmark would include same asset classes and same allocations to each. Market practice would not subject benchmarks to management fee, trading costs (e.g. bid-ask spread, brokerage fees), and other externalities. As such, ‘David Swensen’s portfolio’ will underperform customized benchmark by a number of such externalities. In other words, alpha generated by ‘David Swensen’s portfolio’ will be negative of the sum of all fees and expenses. The same argument applies to any passive index ETF: index ETFs are expected to underperform their relevant benchmark by a number of management fees (and trading costs). However, I argue using a more appropriate yardstick… First of all, we should make it clear that benchmarks by not accounting for actual real-life expenses and costs are not actually appropriate yardsticks. Furthermore, I argue that relevant benchmark for the average retail investor should not be a well-diversified portfolio of indexes, but an actual average composite portfolio that average investors build and maintain. It’s not a secret that a number of research papers showed that average investors struggle to meet the performance of even broad market indexes (I would argue that on average active professional asset managers underperform passive indexes as well). This is partially due to various market timing efforts of the general public. The chart presented below shows that average retail investor would have achieved ~4x higher annual return by holding S&P 500 index during last decade. (click to enlarge) Source: JPMorgan In other, the average investor is better off holding S&P 500, and better yet ‘David Swensen’s Portfolio’, than utilizing market timing approaches. Is it possible to improve ‘David Swensen’s Portfolio’? Of course, it is! And I plan to take you step-by-step as I introduce various theories, research papers and practical recommendations to help you build superior portfolios. At this step, let’s just focus on the implications of MPT and suggest augmenting ‘ David Swensen’s Portfolio’ by introducing ‘alternative’ asset classes, such as commodities, MLPs (master limited partnerships), BDCs (business development companies), Hybrid (preferred stocks, convertibles), peer-to-peer loans, less liquid assets (Hedge Funds, Private Equity, and Venture Capital), and volatility. Some authors might argue that BDC stocks are not different from typical equity shares and, therefore, should not be treated as an independent asset class. I will leave this debate and discussion of other ‘alternatives’ to future articles, when we will start discussing ‘satellite portfolio’. At this stage, let’s focus on our ‘core portfolio’ and change ‘David Swensen’s Portfolio’ to include only one new asset class – commodities. (click to enlarge) Source: Portfolio Visualizer (portfolio 1 represents ‘David Swensen’s portfolio’; portfolio 2 represents portfolio that includes an allocation to commodities). As you can see from the chart above, the introduction of an even small amount of commodity exposure can make a meaningful impact. For the purposes of this exercise, I propose introducing 5% allocation to commodities, which will come at the expense of lower allocation to foreign developed equity. The return profile of commodities is comparable to equities (please, refer to a research paper by Bhardwaj, Gorton, and Rouwenhorst ); therefore, I decided to swap some of the equity exposure to commodity exposure. Asset Class David Swensen’s Portfolio Augmented Portfolio Domestic Equity 30% 30% Foreign Developed Equity 15% 10% Emerging Market Equity 5% 5% Real Estate 20% 20% Bonds 15% 15% TIPS 15% 15% Commodities 5% Source: David Swensen; augmented portfolio is based on my personal recommendation Historical return comparison portfolios is provided in the table below: Portfolio CAGR Std.Dev. Best Year Worst Year Max. Drawdown Sharpe Ratio David Swensen’s Portfolio 9.28% 11.57% 26.78% -26.78% -26.78% 0.55 Augmented Portfolio 9.44% 11.19% 26.33% -26.88% -26.88% 0.59 S&P 500 Total Return 10.62% 17.99% 37.58% -37.00% -37.61% 0.49 Source: Portfolio Visualizer As shown in the table above, the introduction of commodities improves Sharpe ratio. Using 1.6x leverage, augmented portfolio would have yielded closer to 15% per annum. Once again, we will discuss leveraging portfolios in the future articles. Potential criticism I will address two main groups of potential criticisms with this proposal: EMH, RWH, and MPT are flawed concepts Commodities are a poor investment choice EMH and RWH discussion is covered in the previous article and in the comments to that article. Simplifying assumptions used by MPT (refer to Appendix) are far from the real life. Some more elaborate models where created to allow for more realistic assumptions; the key takeaway from those models is in line with MPT framework: diversification remains to be ‘free lunch’. Commodities have recently been one of the asset classes that suffered. There are a number of Wall Street banks publishing research with a very bleak take on commodities, driven mainly by oversupply or decreasing demand by China. A group of investors might claim that recent historical performance and future expectations make commodities a poor investment choice. Another group might claim that it is actually a good time to buy commodities while they are on ‘sale’. I do not support the approach of either group. Price or short-term expectations should not cloud our long-term asset allocation decisions. Reminder: I’m recommending commodity exposure for ‘Core Portfolio’. I’m a strong advocate of not using market timing and any other ‘active’ approach for Core portfolio. Execution For Core Portfolio, I recommend using the following allocation to various ETFs: Asset Class ETFs David Swensen’s Portfolio Recommendation Augmented Portfolio Domestic Equity Vanguard Total Stock Market ETF ( VTI) 30% 30% Foreign Developed Equity Vanguard FTSE Developed Markets ETF ( VEA) 15% 10% Emerging Market Equity Vanguard FTSE Emerging Markets ETF ( VWO) 5% 5% Real Estate Vanguard REIT Index ETF ( VNQ) 20% 20% Bonds iShares 20+ Year Treasury Bond ETF ( TLT) 15% 15% TIPS iShares TIPS Bond ETF ( TIP) 15% 15% Commodities PowerShares DB Commodity Index Tracking ETF ( DBC) 5% Source: David Swensen; augmented portfolio is based on my personal recommendation Reminder: please note that above mentioned ‘augmented portfolio’ should be utilized for Core Portfolio. Recommendation for the Satellite Portfolio will be covered in the future articles. Disclaimer: I’m not a tax advisor, please consult your tax advisor for any tax related matters. Also, I would like to mention that this article is the second one in the series. In the next articles, we will continue exploring stock market theories and how they impact on the way I invest. Future Next stop will be Jeremy Siegel’s Noisy Market Hypothesis and proven ways of ‘beating the market’. This article will be followed by Andrew Lo’s Adaptive Market Hypothesis, which should provide a framework to bring some reconciliation between Efficient Market Hypothesis and Noisy Market Hypothesis advocate. As a reminder, the main goal of this series of articles is to introduce new stock investors to academic theories and help them develop their own approach to stock investing. The stock investing approach that they will have enough confidence in to be able to consistently executive their chosen investment strategy. As we will discuss in the next articles, consistency is one of the main friends of the stock investor. Appendix MPT suggests that diversification eliminates non-systematic risk. It argues that unsystematic risk is not associated with increased expected return, and, therefore, diversification is expected to decrease risk without compromising return. Hence, it’s not a surprise that diversification is considered one of the few “free lunches” available to investors. MPT implies that investors can invest in assets without analyzing their fundamentals as long as they keep their individual positions in line with the capitalization-weighted index. It takes very global view: as investor match market weights, they will not crease excessive demand for any one specific asset versus another, and, therefore, would not impact expected returns of the portfolio. MPT makes many explicit and implicit assumptions about markets and market participants. These assumptions do not reflect reality. Some of those assumptions are presented below: Investors are interested maximizing their return for a given level of risk, and they are rational and risk-averse . We will review this point in the future articles when discussing implications of behavioral economics. Asset returns are normally distributed random variables: in other words, price spikes, and price momentums should not exist. Correlations between assets are stable. However, as we know during times of financial crisis all assets tend to become positively correlated as they start moving down in tandem. There are no taxes or transaction costs. As you noticed, I’m paying a lot of attention of fees and taxes, that’s why I have a strong preference for low cost and tax efficient ETFs. There are many more other assumptions that are far from the real life. However, as a framework MPT offers yet another layer of knowledge that should help retail investor gain some incremental confidence in using a broader set of asset classes. References/Bibliography Efficient Market Hypothesis And Random Walk Theory: Buy ‘David Swensen’s Portfolio’ Linked previously in the text Facts and Fantasies about Commodity Guide to the Markets Yale U’s Unconventional David Swensen, Unconventional Success: A Fundamental Approach to Personal Investment, Free Press, 2005 Next article: Noisy Market Hypothesis: Tilt Your Portfolio to Achieve Superior Returns

Apple Big Cloud Spender As China’s Alibaba Moves Up

Capital spending on cloud computing infrastructure by Apple (AAPL) and U.S. Internet companies has slowed as Chinese companies, led by Alibaba (BABA), come on stronger, says RBC Capital in a research report. Apple’s September-quarter cloud spending slipped 5% to $3.6 billion, while Alibaba’s jumped 64%, albeit from a lower base, to $197 million, says RBC Capital. Apple has expanded its data center capacity to deliver more Web services to

Coming Prices For Industry ETFs: Compared By Market-Makers

Summary Behavioral Analysis of the players moving big blocks of securities in and out of $-Billion portfolios provides insights into their expectations for price changes in coming months. Portfolio Managers have delved deeply into the fundamentals urging shifts in capital allocations; now they take actions on their private, unpublished conclusions. These block transactions reveal why. Multi-$Million trades strain market capacity, require temporary capital liquidity facilitation and negotiating help, but are necessary to accomplish significant asset reallocations in big-$ funds. Market-making firms provide that assistance, but only when they can sidestep risks involved by hedge deals intricately designed to transfer exposures to willing (at a price) speculators. Analysis of the prices paid and deal structures involved tell how far coming securities prices are likely to range. Those prospects, good and bad, can be directly compared. This is a Behavioral Analysis of Informed Expectations It follows a rational examination of what experienced, well-informed, highly-motivated professionals normally do, acting in their own best interests. It pits knowledgeable judgments of probable risks during bounded time periods against likely rewards of price changes, both up and down. It involves the skillful arbitrage of contracts demanding specific performances under defined circumstances. Ones traded in regulated markets for derivative securities, usually involving operational and/or financial leverage. The skill sets required for successful practice of these arts are not quickly or easily learned. The conduct of required practices are not widely allowed or casually granted. It makes good economic sense to contract-out the capabilities involved to those high up on the learning curve and reliability scale. It requires, from all parties involved, trust, but verification. What results is a communal judgment about the likely boundaries of price change during defined periods of future time. Those judgments get hammered out in markets between buyers and sellers of risk and of reward. The questions being answered are no longer “Why” buy or sell the subject, but “What Price” makes sense to pay or receive. All involved have their views; the associated hedge agreements translate possibilities into enforceable realities. We simply translate the realities into specific price ranges. Then the risk and benefit possibilities can be compared on common footings. A history of what has followed prior similar implied forecasts may provide further qualitative flavor to belief and influence of the forecasts. Certainty is a rare outcome. Subjects of this analysis We look to some 40 ETFs with holdings concentrated in stocks of narrow industry focus. They provide a wide array of interests and an opportunity to see comparisons being made of expectations for price change on common footings. Please see Figure 1. Figure 1 (click to enlarge) source: Yahoo Finance Market liquidity is addressed in the first four columns of Figure 1. What leaps out is the wide variation in the 5th column calculation of how many market days of trading at the average volume of the last 3 months it would take to provide an exit for all of the present holders in each ETF. Very liquid ETFs have a complete turnover potential in less than two weeks, or 10 days. Sometimes this is due to relatively small investor interest in the ETF’s focus, like the iShares PHLX SOX Semiconductor Sector Index ETF (NASDAQ: SOXX ), where less than a half $ billion of capital has been committed. Despite current disenchantment with its holdings of semiconductor stocks, speculative interest remains high enough to keep daily trading activity at ¾ of a million ETF shares, so a 6-day turnover exists. More frequently active investor commitments parallel the trading traffic, like in the iShares U.S. Real Estate ETF ( IYR) or the Market Vectors Gold Miners ETF ( GDX). They each provide the ease of exit present in SOXX. The potential problem for some ETFs is the roach motel syndrome, where it is easy to get in but may be costly to get out under time pressure. This seems to be a prevalent problem for most of the Power Shares narrow industry focus ETFs where triple-digit days to turnover are common. A normal trading year contains 252 days. The trade-spread cost to trade these ETFs is typically in single basis points of hundredths of a percent. That is in the same region of a $7 commission on a $10,000 trade ticket. Price-earnings ratios for these subjects range from 11 times earnings to 35-38-41 times. Coal’s economic problem of being between the rock of vast quantities of cheap to extract natural gas, and the hard place of ecological purgatory has put the Market Vectors Coal ETF ( KOL) in the bad-boy corner. At the other extreme, REITS and Internet system operation have drawn investor attention, sometimes with disregard for fundamental earnings support. Dividend yield attraction exists for income investors in some of these ETFs. Alerian MLP sources provide two with yields of 7-8%. A number of commodity/materials ETFs tempt the either desperate or unwary with yields of 3-6% recent payments most likely not to have a continuing future. Should that happen, the market may make it apparent that the “dividends” were really an advance form of return of capital. Where behavioral analysis contributes Investor preferences among these ETFs during the past year are indicated in the last two data columns of Figure 1. They are calculated from their price range experiences in that period, shown in the prior two columns. The PowerShares DB Oil Fund (NYSEARCA: DBO ), fluctuated the most, by 134% low to high, but the travel was from High to Low. That path also accompanied the Global X Uranium ETF ( URA), KOL, the SPDR S&P Oil & Gas Equipment & Services ETF ( XES), the Market Vectors Steel ETF ( SLX), and the Market Vectors Gold Miners ETF ( GDX). In the opposite direction we see the First Trust Internet ETF (NYSEARCA: FDN ) and the PowerShares NASDAQ Internet Shares (NASDAQ: PNQI ), both near the top of a YTD double. From a portfolio management viewpoint, what matters more is where holdings are priced now, compared with where their prices may go in coming months. Prices are, after all, what determine the progress of wealth-building, and are what can be a source of expenditure provision as an alternative to interest or dividend income. Ultimately price changes are the principal portfolio performance score-keeping agent. Where prices are now, in comparison to where they have been provides perspective as to what may be coming next. If prices are high in their past year’s range, for them to go higher means that their surroundings must also increase. If price is low relative to prior year scope, a price increase represents recovery, when and if it happens. As you think about the security’s environment, does it seem likely in coming months to be one of stability, of increase, or of possible decline? How would such change be likely to impact the security under consideration? First there is a need to be aware of what has recently been going on. The measure for that is the 52-week Range Index. The 52 week RI tells what proportion of the price range of the last 52 weeks is below the present price. A strong, rising investment likely will have a large part of its past-year price range under where it is now. Something above 50, the mid-point of the range is likely, all the way up into the 90’s. At the top of its year’s experience the 52wRI will be 100. At the bottom the 52wRI will be zero. For the materials ETFs mentioned above [DBO, URA, KOL, XES, SLX, and GDX] the big question is whether 2016 will see a turnaround, just continued limbo, or even worse news. The YTD winners’ questions are “will they continue to outclass their peers, forging ahead?” or “have they finally over-done it and are due for profit-taking-induced retrenchments?”. All the 52wRI can do is provide perspective. A look to the future requires a forecast. With a forecast, expressed in terms of prospective price changes, both up and down, a forecast Range Index, 4cRI or just RI, gives a sense of the balance between upcoming reward and risk. The historical 52wRI can’t do much more than frame the past, a reference that may produce poor guidance. Knowledgeable forecasting is what behavioral analysis of the actions of large investment organizations, dealing with the professional market-making community, can do. The process of making possible changes of focus for sizable chunks of capital produces the careful thinking of likely coming prices that lies behind such forecasts. Hedging-implied price range forecasts Figure 2 tells what the professional hedging activities of the market-makers imply for price range extremes of the symbols of Figure 1, but in a different row sequence (explanation to follow). Columns 2 through 5 are forecast or current data, the remaining columns are historical records of market behavior subsequent to prior instances of RI forecasts like those of the present. Figure 2 (click to enlarge) A lot of information is contained here, much of potential importance. Some study is deserved. Exactly the same evaluation process is used to derive the price range forecasts in columns 2 and 3 for all the Indexes and ETFs, regardless of leverage or inversion. Column 7’s values are what determine the specifics of columns 6 and 8-15. Each security’s row may present quite different prior conditions from other rows, but that is what is needed in order to make meaningful comparisons between the ETFs today for their appropriate potential future actions. Column 7 tells what balance exists between the prospects for upside price change and downside price change in the forecasts of columns 2 and 3 relative to column 4. The Range Index numbers in column 7 tells of the whole price range between each row of columns 2 and 3, what percentage lies between column 3 and 4. What part of the forecast price range is below the current market quote. That proportion is used to identify similar prior forecasts made in the past 5 years’ market days, counted in column 12. Those prior forecasts produce the histories displayed in the remaining columns. Of most basic interest to all investment considerations is the tradeoff between RISK and REWARD. Column 5 calculates the reward prospect as the upside percentage price change limit of column 2 above column 4. Proper appraisal of RISK requires recognition that it is not a static condition, but is of variable threat, depending on its surroundings. When the risk tree falls in an empty forest of a portfolio not containing that holding, you have no hearing of it, no concern. It is only the period when the subject security is in the portfolio that there is a risk exposure. So we look at each subject security’s price drawdown experiences during prior periods of similar Range Index holdings. And we look for the worst (most extreme) drawdowns, because that is when investors are most likely to accept a loss by selling out, rather than holding on for a recovery and for the higher price objective that induced the investment originally. Columns 5 and 6 are side by side not of an accident. While not the only consideration in investing, this is an important place to start when making comparisons between alternative investment choices. To that end, a picture comparison of these Index and ETF current Risk~Reward tradeoffs is instructive. Please see Figure 3. Figure 3 (used with permission) In this map the dotted diagonal line marks the points where upside price change Prospect (green horizontal scale) equals typical maximum price drawdown Experiences (red vertical scale). Of considerable interest is that the subjects all tend to cluster loosely about that watershed. This strongly suggests that the overall market environment is neither dangerously overpriced or strongly depressed in price. If SPDR S&P 500 Trust ETF (NYSEARCA: SPY ) were on this map, it would be just to the right of and adjacent to [11]. In general, up and to the left are bad risk~return tradeoffs, and down and to the right are the more attractive ones. ETFs in the green area have reward-to-risk ratios of at least 5:1. The poorest Return~Risk tradeoffs are in [16] the SPDR S&P Capital Markets ETF ( KCE), and [24] the SPDR S&P Bank ETF ( KBE). The better ones are [2] the iPath DJ-UBS Livestock Total Return Sub-Index ETN ( COW), [8] the ALPS Alerian MLP ETF ( AMLP), and [18] the iShares U.S. Home Construction ETF ( ITB), the JPMorgan Alerian MLP Index ETN ( AMJ), and the SPDR Biotech ETF ( XBI). Still, there are other considerations that may, or should, influence investors’ preferences in adjusting portfolio holdings. Looking back at figure 2, there are conditions that may disrupt the organized notions drawn from Figure 3. Column 8 tells what proportion of the prior similar forecasts persevered in recovering from those worst-case drawdowns, and for the resolute holder turned into profitable outcomes, often reaching their targeted price objectives. Batting averages or ODDS of 7 out of 8 and 9 out of 10 are quite possible to accomplish by active investors. Column 10 tells how large the PAYOFFS were, not only of the recoveries, but including the losses. And those gains, in comparison with the forecast promises of column 5 offer a measure of the credibility of the forecast. There will be circumstances where credibility will be low and recovery odds worse than 50-50. When such conditions appear pervasive, cash is a low-risk temporary investment, sometimes the treasured resource. Most of the time there are prospective investment candidates that have odds of profitable outcomes of at least 6 or 7 out of 8 (above 75%) over a forecast horizon of 3 months. Several of these will have attractive combinations of prospective payoffs and credible ratios based on achieved payoffs. To sort these out Figure 2 has segregated its content rows by the Win Odds column into greater than and less than 75% and provided a blue subtotal of the 19 passing that screen. Those 19 have been further ranked by a figure of merit shown in column 15 that considers odds, payoffs, credibility and frequency of presence. Beyond Risk and Reward, Odds and Payoffs are critical considerations in the timely selection of portfolio asset adjustments. For these 37 industry-focus ETF candidates Figure 4 provides a comparative map. Its dimensions follow the same desirability parameters as in the Reward~Risk map of Figure 3, up and left is poorer, down and right is better. Figure 4 (used with permission) If Figure 4 leaves you with the impression that this may not be an exciting time to invest in ETFs with a narrow industry focus, you would be right. Maybe not a bad time, but perhaps a time to look elsewhere to see if these choices are the best available now. To have a different set of alternatives to consider, we offer up today’s list of the top 20 equities we evaluate daily from the 2,500+ issues that provide a sufficient source of information to produce price range forecasts. Compare Figure 5 with figure 4: Figure 5 (used with permission) The ETFs in Figure 4 have histories of price recovery from drawdowns that span the horizontal Win Odds scale from 80 of 100 to 100 of 100, and extend into the left space of 75 of 100 that is the top of the vertical Payoffs scale. In that space, [12] of Figure 4 is SPY, as a market-average reference comparison. It has Win odds of only 71 of 100, so is artificially bounded on the left, and has achieved payoffs of +2.2%, so it is positioned about as far up the payoff scale as is possible. Few of the industry-focus ETFs have achieved payoffs at their present Range Index forecasts of much above +5%, suggesting modest attraction at this point in time, despite their high win odds in several cases. But are there any better alternatives? That is why we included Figure 5, the Odds & Payoffs map of today’s top20 analysis list. A number of specific single stocks and one ETF have produced gains in excess of +10%, with Win Odds comparable to those in Figure 4. So there are alternatives to narrow-focus ETFs. The other blue comparison rows of Figure 2 provide perspectives in terms of an average of all the 37 narrow-industry focus ETFs above. An average of the day’s 20 best-ranked stocks and ETFs, from an overall population of over 2,500 securities, using an odds-weighted Risk~Reward scale, are also presented. This kind of comparing between alternative investments is what often distinguishes the experienced investor from the neophyte. There are so many intriguing possible stories of investment bonanzas that it may be difficult to keep focus. And for the newbie investor it may be a daunting challenge to decide on what combination of attributes may be most important. An advantage of the behavioral analysis approach is that price prospects suggested by fundamental and competitive analysis are being vetted by experienced, well-informed market professionals on both sides of the trade. Conclusion At present there is no outstanding sector ETF choice for asset allocation emphasis or the commitment of new capital. Neither is there grave concern for dangerous outcome from present sector positions. The Biotech Industry is well represented by ETFs including the XBI, the Market Vectors Biotech ETF (NYSEARCA: BBH ), and the First Trust NYSE Arca Biotech ETF (NYSEARCA: FBT ). But of these, at current forecast levels, a +5% to +7% achievement is what may be expected. Prior forecast gestation periods of 5-7 weeks imply annual compounding of 9 or 10 times to generate CAGRs of +50% to +80%, which are far from revolting. Still, among specific equities there are many that have produced better than the blue-row 20 best-odds average CAGR of +97%. So while ETFs suggest a more protected reward~risk tradeoff via the diversity of a fund, there are at least 20 alternative stocks averaging ratios of 1.9 times as much prospective return as their prior-forecast actual experienced price drawdown risks. The same measure for the 19 current best ranked industry ETFs is only 1.5 to 1 (Figure 2, column 14, blue summary row). The Win Odds recovery rate from their -4.3% typical maximum drawdowns at 85 is almost competitive with the 20 individual equities 88 Win Odds recoveries from a modestly higher -5.8% bad experience average, but their +11% achieved payoffs are triple those of the ETFs. It all depends on which dimensions of the investing challenge are most important to the investor. At present it appears from a Behavioral Analysis comparison that there are favorable choices that can be made. Even the market proxy alternative SPY does not display reason for serious defensive concerns.