We discuss when law-invariant convex functionals “collapse to the mean”. More precisely, we show that, in a large class of spaces of random variables and under mild semicontinuity assumptions, the expectation functional is, up to an affine transformation, the only law-invariant convex functional that is linear along the direction of a nonconstant random variable with nonzero expectation. This extends results obtained in the literature in a bounded setting and under additional assumptions on the functionals. We illustrate the implications of our general results for pricing rules and risk measures. © 2021 The Author(s
This paper analyzes concave and convex utility and probability distortion functions for decision und...
We discuss two issues about risk measures: we first point out an alternative interpretation of the p...
How an investor measures his daily risky choices in a financial market? This a fundamentally importa...
We discuss when law-invariant convex functionals "collapse to the mean". More precisely, we show tha...
We discuss when law-invariant convex functionals "collapse to the mean". More precisely, we show tha...
We discuss when law-invariant convex functionals "collapse to the mean". More precisely, we show tha...
We establish general "collapse to the mean" principles that provide conditions under which a law-inv...
We establish general "collapse to the mean" principles that provide conditions under which a law-inv...
We establish general "collapse to the mean" principles that provide conditions under which a law-inv...
We analyze the question of whether the inf-convolution of law-invariant risk functionals (preference...
We study continuity properties of law-invariant (quasi-)convex functions f : L1(Ω,F, P) to ( ∞,∞] ov...
We study continuity properties of law-invariant (quasi-)convex functions $${f:L^\infty(\Omega, \math...
Abstract We study continuity properties of law-invariant (quasi-)convex functions f: L∞(,F, P) → (−...
In actuarial literature the properties of risk measures or insurance premium principles have been ex...
We study the differentiability properties of concave functionals defined as integrals of the quantil...
This paper analyzes concave and convex utility and probability distortion functions for decision und...
We discuss two issues about risk measures: we first point out an alternative interpretation of the p...
How an investor measures his daily risky choices in a financial market? This a fundamentally importa...
We discuss when law-invariant convex functionals "collapse to the mean". More precisely, we show tha...
We discuss when law-invariant convex functionals "collapse to the mean". More precisely, we show tha...
We discuss when law-invariant convex functionals "collapse to the mean". More precisely, we show tha...
We establish general "collapse to the mean" principles that provide conditions under which a law-inv...
We establish general "collapse to the mean" principles that provide conditions under which a law-inv...
We establish general "collapse to the mean" principles that provide conditions under which a law-inv...
We analyze the question of whether the inf-convolution of law-invariant risk functionals (preference...
We study continuity properties of law-invariant (quasi-)convex functions f : L1(Ω,F, P) to ( ∞,∞] ov...
We study continuity properties of law-invariant (quasi-)convex functions $${f:L^\infty(\Omega, \math...
Abstract We study continuity properties of law-invariant (quasi-)convex functions f: L∞(,F, P) → (−...
In actuarial literature the properties of risk measures or insurance premium principles have been ex...
We study the differentiability properties of concave functionals defined as integrals of the quantil...
This paper analyzes concave and convex utility and probability distortion functions for decision und...
We discuss two issues about risk measures: we first point out an alternative interpretation of the p...
How an investor measures his daily risky choices in a financial market? This a fundamentally importa...