Publications

Summary: We develop a practical, strategy-proof mechanism for resolving ownership deadlocks in contexts like joint ventures or supply chain partnerships, ensuring efficient and fair outcomes.

Tools & Methodologies: Mechanism Design, Game Theory, Corporate Finance.

Summary: Examines Israel's food system through the lens of the Mediterranean Diet, combining FAO Food Balance Sheets and CBS data to quantify import-dependency ratios and alignment with MD guidelines. Documents heavy import dependency in cereals, fish, nuts, and added fats, and shows that the current supply deviates from MD recommendations — notably undersupplying plant-based proteins. Argues for a shift toward locally produced, plant-based food and feed as a joint lever for public health, food security, resilience, and sustainability.

Tools & Methodologies: Food Systems Analysis, Operations Management, Public Policy, Resilience, Mediterranean Diet, Import Dependency.

Summary: This work examines how information from individual consumers is aggregated in settings like group buying or crowdfunding, analyzing the efficiency of collective decision-making under uncertainty.

Tools & Methodologies: Information Aggregation, Game Theory, Collective Action.

Summary: This research connects contract theory with machine learning by introducing algorithms that enable a principal to learn the optimal contract to offer an agent whose cost structure is initially unknown.

Tools & Methodologies: Algorithmic Mechanism Design, Contract Theory, Machine Learning, Online Learning.

Summary: This paper investigates how a manager can use dynamic pricing as an operational lever to learn consumer demand, identifying conditions under which a firm can overcome informational herds and guarantee long-run learning.

Tools & Methodologies: Social Learning, Game Theory, Dynamic Pricing, Information Design.

Summary: We demonstrate a critical managerial tradeoff by showing that operational policies designed to be "informationally efficient" can paradoxically reduce short-term profitability and overall welfare.

Tools & Methodologies: Information Economics, Game Theory, Market Efficiency.

Summary: This work designs mechanisms that balance information acquisition and strategic incentives in dynamic allocation markets (e.g., organ/platform markets). It proposes a novel batch-based voting mechanism to mitigate herd behavior and improve allocation efficiency.

Tools & Methodologies: Mechanism Design, Game Theory, Social Learning, Market Design, Simulations.

Summary: Characterizes when sequential fundraising with risk-sharing generates inefficiency and provides implementable design fixes; delivers testable comparative statics.

Tools & Methodologies: Game Theory, Mechanism Design, Crowdfunding, Social Learning.

Summary: Models the proposed switch to batch offering in organ allocation as a common-value variant of the Dynkin (1969) stopping game. Agents compete over an offering of unknown value and receive private signals over time; each must trade off waiting for more information against losing the offer to a competitor. We prove existence of a symmetric threshold equilibrium in the binary-signal case, characterize the asymptotic barrier strategy (its velocity rises with signal accuracy), and show numerically that larger batches raise the probability of a mistake, lower the probability of waste, and shorten time-to-resolution in the good state. Translating the parameters into policy levers (batch size, diagnostic quality, organ preservation, supply), we find that signal accuracy dominates batch size for welfare — the success of batch offering depends less on how many centers compete and more on how good their information is.

Tools & Methodologies: Stopping Games, Common-Value Auctions, Mechanism Design, Organ Allocation, Numerical Equilibrium Analysis.

Summary: This student-led publication serves as a proof-of-concept for translating a core research agenda into a productive, student-driven research program. It directly validates theoretical predictions from earlier work.

Tools & Methodologies: Online Experiments, Behavioral Economics, Game Theory, Crowdfunding Platforms.

Summary: Develops entry-aware classification under endogenous applicant pools and proposes screening rules that are robust to self-selection.

Tools & Methodologies: Machine Learning, Algorithmic Game Theory, Causal Inference, Fairness in AI.