Skip to content
EventPast event

Study says the original knowledge of edited models can be recovered via prompting

1 reports1 reporting sourcesLatest report

Start here

AI overview

The researchers propose Memento, a mechanism for auditing residual knowledge in edited models through prompt-space intervention, which can guide edited models to recover pre-edit answers without changing model weights. The method learns reusable recovery signals, supports both continuous recovery prefixes and discrete text prompts, and applies to standard text interfaces. In experiments on three LLMs and five editing techniques, Memento recovered 80.07% of held-out edited facts, a relative improvement of 9.58% over the baseline; on unedited original LLMs, average factual recall improved by 53.9% relative to standard inference. The authors say the results demonstrate the potential of prompt-space recovery for auditing residual knowledge in edited models, and will release the source code.

Generated by AI from reports · Updated 5 days ago

Attention and developments

Attention, hourly

Now 34, 0% in 24 hours·Peak 37 (Nov 10 22:00)

Nov 11Nov 12Nov 13Nov 14Nov 15Now 34

Related research

This event's paper

Progress timeline

Nov 7
  1. arXiv
    The Truth Beneath the Tokens: Prompt-Space Recovery of Edited Knowledge in Language Models

    The researchers propose Memento, a mechanism that audits the residual knowledge of edited models through prompt-space intervention, guiding an edited model to recover its pre-edit answers without modifying model weights. The method learns a reusable recovery signal, supporting both continuous recovery prefixes and discrete text prompts, and is applicable to standard text interfaces. In experiments on three LLMs and five editing techniques, Memento recovered 80.07% of held-out edited facts, a relative improvement of 9.58% over the baseline, indicating that editing may suppress facts but not fully eliminate their recoverability. On unedited original LLMs, Memento relatively improves average fact recall by 53.9% over standard inference. The authors state that these results demonstrate the potential of prompt-space recovery for auditing residual knowledge in edited models and for studying the gap between factual knowledge and its accessibility at inference time, and that they will release the source code.

Related discussion

No discussion links have been collected for this event yet.

Attention trend

New sources per day

1 in 6 days·most 1 (Nov 10)·today 0

  • Nov 10: 1 new sources (1 outlets, 0 accounts)
  • Nov 11: 0 new sources (0 outlets, 0 accounts)
  • Nov 12: 0 new sources (0 outlets, 0 accounts)
  • Nov 13: 0 new sources (0 outlets, 0 accounts)
  • Nov 14: 0 new sources (0 outlets, 0 accounts)
  • Nov 15: 0 new sources (0 outlets, 0 accounts)

Hourly attention

Current attention 34·Peak in the comparable period 37 (Nov 10 22:00)·Change over the comparable past 24 hours 0%

010203040Nov 1022:00Nov 1213:00Nov 1403:00Nov 1518:00