Physics & Computational Mathematics

Quantum Information Science & Unbreakable Cryptography Team

Advancing quantum information theory, resilient encryption research, and computational mathematics to protect humanitarian data, strengthen secure communications, and support mission-critical scientific operations.

Abstract computational modeling and data visualization scene
Core Focus

Secure science at scale

This team develops quantum-safe methods, information-theoretic models, and advanced computational frameworks that help Pacific 7.0 International safeguard sensitive research, field coordination data, and cross-directorate analytical systems.

Quantum-secure systems

Research into post-quantum and information-resilient cryptographic approaches for long-horizon data protection, secure archives, and trusted scientific exchange.

Computational modeling

Applied mathematical methods for simulation, optimization, and secure computation that support scientific forecasting, operational planning, and protected digital infrastructure.

Back science that protects missions

Support advanced research in secure computation, scientific resilience, and humanitarian innovation across the Division of Physics & Computational Mathematics.