Written by: Clara Torregrosa Basco Supervised by: Giustiniano Cesare Vasey Edited by: Theodora Posta Abstract: For decades, scientists have been warning about the impending existential planetary emergency to no avail. Transnational challenges,…
Written by: Rodrigo Andrade Santos Supervised by: Elise Alsteens Edited by: Theodora Posta Abstract: The Russo-Ukrainian war has transformed Russia’s isolation into a network of pragmatic defence partnerships with China,…
Written by: Arvid William Olink Supervised by: Elise Alsteens Edited by: Theodora Posta Abstract: The EU–ROK strategic partnership deepened significantly under President Yoon Suk Yeo’s value-based diplomacy, particularly in the wake of the…
Written by: Kevin Morgan Whitehead Supervised by: Elise Alsteens Edited by: Theodora Posta Abstract: This article examines NATO’s persistent “codification gap” in Joint Intelligence, Surveillance and Reconnaissance (JISR). It…
Quantum computing can address problems faster than classical computing. Quantum properties like superposition, entanglement, and interference allow quantum computers to even break modern encryption, marking the end of state secrets and secure communications. To combat this, militaries must quickly implement Post-Quantum Computing and Quantum Key Distribution to protect classified information from adversary attempts to use quantum tools to harvest it. So far, Europe has done well to set bold policy targets for a quantum communication network and for institutions to implement PQC. However, it can do more by creating an enabling environment to achieve policy targets.
