claim
pending-review
claim:geometry-in-neural-representation-is-not-merely-incidental-but-is-in-fact-the-proper-object-for-enabling-principled-control-via-intervention-on-internalsGeometry in neural representation is not merely incidental, but is in fact the proper object for enabling principled control via intervention on internals.
wurgaft-2026-manifold.mdFrontmatter (8 fields)
{
"doc": "wurgaft-2026-manifold.md",
"context": "Core interpretive assertion: geometric structure is causally load-bearing, not epiphenomenal.",
"norm_label": "Geometry in neural representation is not merely incidental, but is in fact the proper object for enabling principled control via intervention on internals.",
"graphify_id": "claim_geometry_enables_principled_control",
"source_file": "wurgaft-2026-manifold.md",
"imported_from": "/Users/antonborzov/Documents/Research.nosync/papers/extract_typed_out/wurgaft-2026-manifold/graph.json",
"extracted_type": "claim",
"graphify_file_type": "claim"
}Outgoing (0)
None.
Incoming (5)
Extended by (1)
gates (2)
Supported by (2)
- Interventions along activation manifold M_h yield behavioral trajectories following behavior manifold M_y, and vice versa — bidirectional relationship demonstrated across language models and video world models.(finding)
- Steering along activation manifold M_h yields behavioral trajectories that follow behavior manifold M_y, while linear steering cuts through off-manifold regions and produces unnatural outputs.(finding)
Mentions (2)
- papers-typed
wurgaft-2026-manifold.md - papers-typed
wurgaft-2026-manifold.md