Letters in Economic Research Updates
From Brussels to Blockchain: Transforming University Technology Transfer Through IP Tokenization
Abstract
Andreas Peters
Universities spend approximately $5 billion annually on patenting yet generate only $1.5 billion in licensing revenue. This article introduces a quantitative framework for blockchain-based IP tokenization addressing this fundamental inefficiency. Drawing on risk-sensitive Hamilton-Jacobi-Bellman modeling and analysis of twenty-four implementations across three continents, we develop optimization strategies suggesting tokenization of approximately 47% of IP portfolios. Our analysis encompasses successful deployments including VitaDAO’s Newcastle University partnership and Ripple’s UBRI network, alongside failed attempts revealing critical barriers. The framework combines mathematical optimization with empirical institutional factors through a predictive readiness model achieving 90% accuracy for well- prepared institutions. We present a four-phase implementation strategy addressing governance, technical, cultural, and regulatory dimensions. The research demonstrates how blockchain infrastructure, particularly the XRP Ledger’s low-cost architecture, enables transformation from exclusive licensing to fractional, globally-accessible innovation networks while preserving academic autonomy.