Abstract Technological evolution is fundamentally governed by informational constraints—the structural limits imposed by quantum events, material stability, energy flow, and information processing capacity. This volume, Future Technologies & ICQER Roadmaps, applies the Informational Constraints Quantum Event Realism (ICQER) framework to construct predictive, constraint-aware roadmaps across multiple high-impact domains. It introduces ICQER-guided forecasting as a method to distinguish theoretically possible innovations from practically feasible ones, emphasizing constraint relaxation and propagation as drivers of emergent breakthroughs. The volume systematically explores materials and energy technologies—including room-temperature superconductors and graphene—alongside quantum artificial intelligent computing (QAIC), synthetic biology, and societal-cognitive systems. Integrated multi-domain roadmaps highlight cross-sector synergies, while embedded risk, ethics, and sustainability assessments ensure responsible innovation pathways. Through case studies and pilot projections spanning 10–50 years, this work demonstrates that ICQER-informed planning provides a generative and predictive toolkit for aligning human technological ambition with the fundamental informational structure of reality. The resulting roadmaps offer actionable guidance for researchers, engineers, and policymakers seeking breakthroughs that are both groundbreaking and sustainable.
Radhakrishnan Jayaraman (Fri,) studied this question.