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Heesang Kim

Consensus as computational governance survey

In-progress long-form survey manuscript work reframing blockchain consensus as computational governance across authority, finality, incentives, and failure modes.

role

Research lead / manuscript architect

period

2026 - current

status

active

category

personal research

Current long-form survey work reframes blockchain consensus as computational governance.

The manuscript structure follows authority, finality, incentives, validator coordination, protocol failure modes, and the political-evolutionary logic behind distributed decision-making.

It grows from the published Sensors consensus taxonomy and Electronics PoW scalability papers into a broader distributed-systems survey track.

#consensus#governance#survey#distributed systems#blockchain

Sources

source note — Manuscript package with public anchors in Sensors 2023 consensus taxonomy and Electronics 2021 PoW scalability papers.