Decision making usually involves uncertainty and risk. Understanding which parts of the human brain are activated … during decisions under risk and which neural processes underly (risky) investment decisions are important goals in …-related activations in space and dynamics in time. Further, we classify the risk attitudes of all subjects based on the estimated …

local BOLD signal. Applying a GLM on the DSFM-based time series resulted in a significant correlation between the risk of … decision-related reactions within the DSFM time series predicted individual differences in risk attitudes as modeled with the …

local BOLD signal. Applying a GLM on the DSFM-based time series resulted in a significant correlation between the risk of … decision-related reactions within the DSFM time series predicted individual differences in risk attitudes as modeled with the …

Decision making usually involves uncertainty and risk. Understanding which parts of the human brain are activated … during decisions under risk and which neural processes underly (risky) investment decisions are important goals in … interpretable low-dimensional dynamic factors without large loss of variability. Further, we classify the risk attitudes of all …

Decision making usually involves uncertainty and risk. Understanding which parts of the human brain are activated … during decisions under risk and which neural processes underly (risky) investment decisions are important goals in …-related activations in space and dynamics in time. Further, we classify the risk attitudes of all subjects based on the estimated …

local BOLD signal. Applying a GLM on the DSFM-based time series resulted in a significant correlation between the risk of … decision-related reactions within the DSFM time series predicted individual differences in risk attitudes as modeled with the …