In this paper the problem of optimal derivative design, profit maximization
and risk minimization under adverse selection when multiple agencies compete
for the business of a continuum of heterogenous agents is studied. The presence
of ties in the agents' best-response correspondences yields discontinuous
payoff functions for the agencies. These discontinuities are dealt with via
efficient tie--breaking rules.
This paper studies the problem of optimal investment with CRRA (constant,
relative risk aversion) preferences, subject to dynamic risk constraints on
trading strategies. The market model considered is continuous in time and
incomplete; furthermore, financial assets are modeled by It\^{o} processes. The
dynamic risk constraints (time, state dependent) are generated by risk
measures.
This paper analyzes the dynamic incentives for technology adoption under a
transferable permits system, which allows for strategic trading on the permit
market. Initially, firms can invest both in low-emitting production
technologies and trade permits. In the model, technology adoption and allowance
price are generated endogenously and are inter-dependent.