This study applies quantitative decision-making and numerical modeling to analyze interactions between dietary behavior, obesity, and perceived stress among 1,036 students at Ibn Tofail University, Morocco. Using binary and multinomial logistic regression models, key determinants were identified...

This paper highlights an underexplored margin of heterogeneity that shapes resilience to disruptions in global shipping - the differential reliance of countries and sectors on specific categories of vessels. We combine US bills of lading records with ship registry and AIS-based port call data to...

This paper highlights an underexplored margin of heterogeneity that shapes resilience to disruptions in global maritime trade - the differential reliance of countries and sectors on specific categories of vessels. We combine US bills of lading records with ship registry and AIS-based port call...

This paper highlights an underexplored margin of heterogeneity that shapes resilience to disruptions in global shipping - the differential reliance of countries and sectors on specific categories of vessels. We combine US bills of lading records with ship registry and AIS-based port call data to...

Background: Blockchain has emerged as a promising enabler for improving transparency, trust, and operational efficiency in logistics systems. In PI-oriented logistics environments, where openness, interoperability, and streamlined information exchange are emphasized, blockchain offers a...

This chapter explores the convergence of Quantum Artificial Intelligence (Quantum-AI) and blockchain as a transformative paradigm for intelligent decision-making. It examines how quantum computing accelerates AI-driven analysis of complex datasets, while blockchain ensures transparency,...

Navigating modern global financial markets becomes increasingly intricate, which makes the traditional approaches inadequate in processing large volumes of data in real time. This chapter presents Quantum Artificial Intelligence (QAI) and its capabilities in predicting and mitigating...

This chapter examines how Quantum AI—the integration of quantum optimisation, quantum-enhanced learning, and hybrid quantum–classical workflows—can deliver scalable solutions to complex business operations. It frames scalability as a joint property of solution quality, latency, and cost...