Electric Selves Bioelectricity, the Law, and the Limits of Consciousness
Zenodo (CERN European Organization for Nuclear Research) June 26, 2026 DOI: 10.5281/zenodo.20890470 via OpenAlex
Summary
AI-generated from the abstractElectrical activity in the brain underlies neural communication and raises questions about awareness, free will, and legal responsibility. Benjamin Libet's readiness potential experiments show unconscious neural activity complicates legal assumptions about deliberate choice and criminal culpability. Cases at the boundaries of legal personhood—brain death, split-brain patients, and locked-in syndrome—illustrate how law uses electrical evidence as an imperfect proxy for consciousness. Brain-based lie detection technologies like fMRI and EEG reveal courts' uneasy relationship with neuroscience as evidence. David Chalmers' hard problem of consciousness suggests electrical activity may never fully explain subjective experience. The paper argues that law and science build frameworks atop a partially understood phenomenon, mirroring Frankenstein's mistake of mistaking the appearance of life for understanding it.
Study at a glance
| Characteristics | Theoretical or philosophical paper Peer reviewed |
|---|---|
| Keywords | Personhood Unconscious mind Neurolaw Imperfect Subconscious |
| Key finding | Electrical evidence serves as an imperfect proxy for consciousness in legal contexts, and the hard problem of consciousness suggests that measurable brain activity may never fully explain subjective experience. |
Abstract
This paper explores the relationship between bioelectricity, consciousness, and legal personhood,using Mary Shelley's Frankenstein as a recurring thematic anchor. Beginning with LuigiGalvani's foundational experiments in electrophysiology and their cultural echo in Shelley's novel, the paper traces how electrical activity in the brain underlies not only basic neural communication but also broader questions of awareness, free will, and legal responsibility. Drawing on Benjamin Libet's readiness potential experiments, the paper examines how unconscious neural activity complicates traditional legal assumptions about deliberate choice and criminal culpability. It then turns to cases at the boundaries of legal personhood — brain death,split-brain patients, and locked-in syndrome — to show how law relies on electrical evidence as an imperfect proxy for consciousness itself. A discussion of brain-based lie detection technologies, including fMRI and EEG-based “brain fingerprinting,” further illustrates the courts’ uneasy relationship with neuroscience as legal evidence. Finally, the paper engages with David Chalmers’ “hard problem of consciousness” to argue that electrical activity, however measurable, may never fully explain subjective experience. Returning to Frankenstein in its conclusion, the paper suggests that the central failure illustrated by Shelley’s novel — mistaking the appearance of life for an understanding of it — mirrors a deeper, ongoing limitation in how modern law and science approach the mind: building legal and ethical frameworks atop a phenomenon that remains, at its core, only partially understood.