Peer-Reviewed Research · Active Data Collection · March 2026

Quantum, AI, and the Risk of Stranded Compute Infrastructure

A standards-focused initiative examining how today’s compute infrastructure transitions into a quantum-enabled future

Status

Active data collection

Methodology

Mixed-methods · Expert interviews + survey

Target Respondents

Defense, finance, infrastructure & government leaders

Target Journals

Quantum Science & Technology · Defense & Security Studies

Interview Duration

30 minutes (structured protocol)

Survey Completion

~12 minutes (asynchronous)

Abstract

The accelerating global investment in AI compute infrastructure — estimated in the trillions — proceeds largely without accounting for the disruptive potential of quantum computing. This research initiative examines whether quantum integration will displace, complement, or strand current AI infrastructure, and what standards frameworks are needed to govern a responsible transition.

A key question animating this research: if quantum computing delivers on its projected capabilities within the next decade, what happens to the datacenters, chips, and AI models being built today? And if it does not — what are the opportunity costs of premature quantum pivots? QSII's Project Quantum Bridge addresses this as a standards problem, not a forecasting problem. The goal is not to predict the timeline but to build the governance frameworks that remain valid across scenarios.

Drawing on expert interviews across defense, finance, critical infrastructure, and government sectors, this initiative develops an implementation-ready framework for organizations navigating dual exposure to AI and quantum investment timelines.