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  2. Risk–return spectrum - Wikipedia

    en.wikipedia.org/wiki/Riskreturn_spectrum

    The riskreturn spectrum (also called the riskreturn tradeoff or risk–reward) is the relationship between the amount of return gained on an investment and the amount of risk undertaken in that investment. The more return sought, the more risk that must be undertaken.

  3. What Is Risk and Return? - AOL

    www.aol.com/news/2013-04-24-what-is-risk-and...

    Risk and return play a part in our nonfinancial lives, as well. ... In many cases, you'll want to aim for the middle of the spectrum, taking on a moderate level of risk in exchange for a moderate ...

  4. Spectral risk measure - Wikipedia

    en.wikipedia.org/wiki/Spectral_risk_measure

    A Spectral risk measure is a risk measure given as a weighted average of outcomes where bad outcomes are, typically, included with larger weights. A spectral risk measure is a function of portfolio returns and outputs the amount of the numeraire (typically a currency ) to be kept in reserve.

  5. Risk aversion - Wikipedia

    en.wikipedia.org/wiki/Risk_aversion

    Here, the risk-return spectrum is relevant, as it results largely from this type of risk aversion. Here risk is measured as the standard deviation of the return on investment, i.e. the square root of its variance. In advanced portfolio theory, different kinds of risk are taken into consideration.

  6. Efficient frontier - Wikipedia

    en.wikipedia.org/wiki/Efficient_frontier

    With a risk-free asset, the straight capital allocation line is the efficient frontier. In modern portfolio theory, the efficient frontier (or portfolio frontier) is an investment portfolio which occupies the "efficient" parts of the riskreturn spectrum.

  7. Omega ratio - Wikipedia

    en.wikipedia.org/wiki/Omega_ratio

    The standard form of the Omega ratio is a non-convex function, but it is possible to optimize a transformed version using linear programming. [4] To begin with, Kapsos et al. show that the Omega ratio of a portfolio is: = ⁡ ⁡ [() +] + The optimization problem that maximizes the Omega ratio is given by: ⁡ ⁡ [() +], ⁡ (), =, The objective function is non-convex, so several ...

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    mail.aol.com

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  9. The sun may be prone to 'rare but extreme' events that could ...

    www.aol.com/superflares-could-more-common...

    Add solar superflares to the list of natural disasters of concern. Superflares are extremely strong solar flares – explosions with energies up to ten thousand times that of typical solar flares.