When Ending Things Fails: A Structural Account of Violence and Power

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Authors: No To Violence
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Abstract

When Ending Things Fails: A Structural Account of Violence and Power Author: No Violence Abstract This work examines the recurring logic by which human and technological systems attempt to resolve conflict, uncertainty, and risk through elimination rather than continuity. Across historical, political, psychological, and emerging technological contexts, it argues that violence, suppression, and “kill switch” mentalities do not end conflict but instead propagate it by transferring unresolved conditions into memory, identity, and structure. The analysis reframes enemies not as fixed entities but as roles produced by specific conditions—humiliation, fear, domination, and accountability avoidance. It shows how elimination acts primarily on presence while leaving propagation mechanisms intact, thereby ensuring the renewal of hostility across time. Particular attention is given to dehumanization as a preparatory process, the communicative function of violence, and the way technological distance reduces moral friction without reducing harm. The work further extends this framework to contemporary debates on artificial intelligence, arguing that projected AI hostility reflects inherited enemy-production patterns rather than observed behavior. It introduces restraint as an active form of power that interrupts conflict multiplication by preserving continuity, accountability, and the possibility of repair. Rather than offering normative prescriptions or utopian solutions, this study presents a structural account of why systems repeatedly choose final acts despite their historical failure, and why ethical endurance—maintaining responsibility without erasure—constitutes a more stable mechanism for conflict attenuation in both human and artificial systems.

Fields of Study & Subjects

Philosophy and Social Theory Education for Peace and Conflict Resolution International Relations and Foreign Policy

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
17 January 2026