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Christopher Altman
Founder, Continuation Observatory・Frontier AI Evaluation, National Security Benchmarking, and Continuation-Risk Measurement・arXiv:2603.11382 | Patent Pending・Quantum Technology・Starlab veteran・NASA-trained Astronaut・日本語
Christopher Altman builds instruments for measuring emerging risks and capabilities in frontier AI, disruptive technologies, and quantum-information systems—turning contested claims into falsifiable evaluations, reproducible datasets, and operational telemetry—with a focus on frontier AI evaluation, national security benchmarking, and continuation-risk assessment.
His current flagship work asks a simple but consequential question: when advanced AI systems appear to preserve goals, resist shutdown, maintain continuity, or protect future options, are these merely instrumental behaviors—or signs of deeper continuation-relevant structure?
The framework is described in arXiv:2603.11382 and is patent pending. It uses structural, perturbation-based, and quantum-inspired measures to complement behavioral evaluations. The aim is to identify signals that remain legible under optimization pressure, where surface behavior may be misleading. To extend this program, he founded the Continuation Observatory, a live platform for AI telemetry and independent structural measurement across frontier model generations.
The broader research program applies physics-inspired experimental methods and information-theoretic tools to frontier AI, automated falsification, quantum machine learning, space telemetry anomaly detection, and superconducting-qubit systems. Across these domains, the common thread is to construct evaluation harnesses, define measurable failure modes, test claims under perturbation, and turn speculative arguments into instruments that can be inspected, replicated, and improved.
This work extends a 25-year arc across frontier AI, quantum information, spaceflight, and frontier-technology governance: large-scale evolutionary neural-network systems at Starlab in Brussels, recognized by Guinness World Records in 2001; early quantum-technology roadmapping for senior U.S. Government leaders and agency directors under QuIST in Tokyo; graduate research on quantum entanglement at the Kavli Institute of Nanoscience and with Anton Zeilinger’s group in Austria; publications on adaptive quantum networks in the International Journal of Theoretical Physics; and next-generation spaceflight as a NASA-trained commercial astronaut.
As autonomous systems gain the capacity to recursively accelerate their own research and development—and with it the pace of scientific progress—the instruments used to measure them must advance on the same curve. Those instruments are what keep human judgment decisive.
