According to the harmonic sequence paradox (Blavatskyy 2006), an expected utility decision maker's willingness-to-pay for a gamble whose expected payoffs evolve according to the harmonic series is finite if and only if his marginal utility of additional income becomes zero for rather low payoff levels. Since the assumption of zero marginal utility is implausible for finite payoffs levels, expected utility theory—as well as its standard generalizations such as cumulative prospect theory—are apparently unable to explain a finite willingness-to-pay. The present paper presents first an experimental study of the harmonic sequence paradox. Additionally, it demonstrates that the theoretical argument of the harmonic sequence paradox only applies to...
In this paper, we mathematically formalize the concept of improving sequence effect, which is one of...
Abstract The St. Petersburg paradox is one of the oldest challenges of expected value theory. Thus f...
This paper proposes a new decision theory of how individuals make random errors when they compute th...
Summary.: Informal evidence suggests that individuals are willing to pay only a finite and, typicall...
Blavatskyy (2006) formulated a game of chance based on the harmonic series which, he suggests, leads...
For decisions whose consequences accrue over time, several techniques are possible to compute total ...
We investigate the ability of expected utility theory to account for simultaneous gambling and insur...
Some well-known paradoxes in decision making (e.g., the Allais paradox, the St. Peterburg paradox, t...
We introduce a St. Petersburg-like game, which we call the ‘Pasadena game’, in which we toss a coin ...
We introduce a St. Petersburg-like game, which we call the 'Pasadena game', in which we toss a coin ...
Summary: There is an old tradition in economics of separating time discounting from uncertainty. As ...
We investigate the ability of expected utility theory to account for simultaneous gambling and insur...
We find that in cumulative prospect theory (CPT) with a concave value function in gains, a lottery w...
From all reports, expected utility theory is dead. The reports are greatly exaggerated. This study m...
The expected utility hypothesis is a popular concept in economics that is useful for making decision...
In this paper, we mathematically formalize the concept of improving sequence effect, which is one of...
Abstract The St. Petersburg paradox is one of the oldest challenges of expected value theory. Thus f...
This paper proposes a new decision theory of how individuals make random errors when they compute th...
Summary.: Informal evidence suggests that individuals are willing to pay only a finite and, typicall...
Blavatskyy (2006) formulated a game of chance based on the harmonic series which, he suggests, leads...
For decisions whose consequences accrue over time, several techniques are possible to compute total ...
We investigate the ability of expected utility theory to account for simultaneous gambling and insur...
Some well-known paradoxes in decision making (e.g., the Allais paradox, the St. Peterburg paradox, t...
We introduce a St. Petersburg-like game, which we call the ‘Pasadena game’, in which we toss a coin ...
We introduce a St. Petersburg-like game, which we call the 'Pasadena game', in which we toss a coin ...
Summary: There is an old tradition in economics of separating time discounting from uncertainty. As ...
We investigate the ability of expected utility theory to account for simultaneous gambling and insur...
We find that in cumulative prospect theory (CPT) with a concave value function in gains, a lottery w...
From all reports, expected utility theory is dead. The reports are greatly exaggerated. This study m...
The expected utility hypothesis is a popular concept in economics that is useful for making decision...
In this paper, we mathematically formalize the concept of improving sequence effect, which is one of...
Abstract The St. Petersburg paradox is one of the oldest challenges of expected value theory. Thus f...
This paper proposes a new decision theory of how individuals make random errors when they compute th...