Conditional Technology Moratorium¶
A defined technology activity is paused, or proposed for pause, until a stated safety, evidence, governance, or public-legitimacy condition permits reconsidering its resumption.
Core Idea¶
A conditional technology moratorium stops—or proposes to stop—a specified research, development or use activity until an explicit safety, evidence, governance or public-legitimacy condition permits reconsidering it. The activity and the halt's reach matter: voluntary scientific restraint, a pause in government funding and an enacted legal prohibition are different instruments. A proposal with clear conditions is still only a proposal until adopted; satisfying a necessary condition does not necessarily compel automatic release.[ref-7adb8616e252][ref-c9fd4776e7ba][^ref-fae00acd8696]
Scope of Application¶
In 1974 researchers called for a limited voluntary deferral of selected recombinant-DNA work; the 1975 Asilomar report recommended most work proceed under risk-matched safeguards, with some work still held. In 2014 the U.S. government paused new federal funding for a specified subset of studies while developing a review policy; NIH lifted its funding pause in December 2017 when the HHS P3CO framework was issued. A 2025 superintelligence statement proposed a development prohibition that should not be lifted before scientific safety/control consensus and strong public buy-in, but the statement did not enact a ban.[ref-7adb8616e252][ref-c9fd4776e7ba][ref-9d8e5aaafcf4][ref-fae00acd8696]
Clarity¶
Ask four separate questions: What activity is covered? What instrument binds which actors? What condition could end the halt? Who can evaluate that condition? A funding restriction does not prohibit every privately supported activity; a clinical-use moratorium proposal does not stop all basic research; and a petition is not an implemented rule. A conditional moratorium differs from a permanent ban with no release path and from a fixed-date pause that ends regardless of substantive evidence.[ref-c9fd4776e7ba][ref-600233f2fa48][^ref-fae00acd8696]
Manages Complexity¶
The pattern turns a diffuse technology-risk debate into a bounded decision about activity, reach and evidence for resumption. This can preserve time to assess hazards or build safeguards without declaring the technology permanently forbidden. It also exposes difficult trade-offs: delay may forgo benefits, narrow scope may leave risk channels open, and an undefined “consensus” threshold may make the promised exit hard to administer.[ref-7adb8616e252][ref-c9fd4776e7ba][^ref-fae00acd8696]
Abstract Reasoning¶
Write the policy as: within reach \(R\), suspend activity \(A\) until condition \(C\) is accepted through pathway \(P\). Determine whether \(A\) is actually halted, whether \(C\) is more than elapsed time, and whether \(P\) is specified or merely hoped for. If no halt exists, it is oversight or debate, not an operational moratorium. If no release condition exists, it is not this conditional form. Lifting a pause into a review framework changes its status without proving that every future proposal is safe or automatically approved.[ref-c9fd4776e7ba][ref-9d8e5aaafcf4]
Knowledge Transfer¶
The same conditional rule structures the voluntary Asilomar restraint, a federal funding pause, and a proposed AI-development prohibition, but their authority and evidential thresholds cannot be copied across fields. Live Governance describes a durable decision architecture, while Permission-Gated Hold requires an otherwise-ready flow waiting for external authorization; neither is asserted as this entry's strict parent. A broader conditional-moratorium skeleton outside technology is a future-prime question. The original Wikipedia Superintelligence ban topic is a narrower proposed case, not an exact alias.[ref-7adb8616e252][ref-c9fd4776e7ba][^ref-fae00acd8696]
[^ref-7adb8616e252]: Paul Berg et al., “Summary Statement of the Asilomar Conference on Recombinant DNA Molecules”, Proceedings of the National Academy of Sciences 72 (1975), Introduction and General Conclusions; governance-level history only. [^ref-c9fd4776e7ba]: U.S. White House OSTP and HHS, “Doing Diligence to Assess the Risks and Benefits of Life Sciences Gain-of-Function Research”, 17 October 2014, funding scope and conditional exit. [^ref-9d8e5aaafcf4]: National Institutes of Health, Notice NOT-OD-17-071, 19 December 2017, removal of the funding pause upon release of the review framework. [^ref-fae00acd8696]: “Statement on Superintelligence”, hosted by the Future of Life Institute, 2025, two listed prerequisites; proposal only. [^ref-600233f2fa48]: Eric S. Lander et al., “Adopt a moratorium on heritable genome editing”, Nature 567 (2019), explicit clinical-use proposal.
Neighborhood in Abstraction Space¶
Conditional Technology Moratorium sits in a sparse region of the domain-specific corpus (85th percentile for distinctiveness): few abstractions share its structure, so a faithful description tends to retrieve it precisely.
Family — Sampling, Selection & Accountability Procedures (9 abstractions)
Nearest neighbors
- Timing Risk — 0.82
- Patent map — 0.81
- Requirements analysis — 0.81
- Standard of Care — 0.81
- Rule Against Perpetuities — 0.81
Computed from structural-signature embeddings · 2026-10-08