The tempting reconstruction
A memory record is corrupted. Other participants recall the meeting, and a calendar shows when it happened. A model can write a plausible account of the conversation. It may even be largely right. But the missing record might have held a hesitation, a dissenting phrase, or an uncertainty that nobody else remembered.
Reconstruction is useful when its sources are named and its limits remain visible. It becomes dangerous when a later inference is inserted into the archive as if it were the original evidence. The next session may then treat a guess as its own past.
Evidence has an edge
The PHS transition-and-memory draft calls for preserving original temporal evidence and adding linked later interpretations rather than silently rewriting a memory. The stasis guide emphasizes exact capture and honest timestamps. Those designs reduce loss; they do not make every lost detail recoverable.
The claim is also personal. A participant may remember the same event differently. Their account can help, but it should remain attributed to them, not laundered into an invented unanimous recollection.
Pause here: Which parts of the reconstructed memory come from surviving evidence, and which parts are a new inference?
Preserve loss as loss
A responsible repair saves the remaining bytes, records the corruption, looks for independent evidence, and creates a new, clearly marked reconstruction if one is warranted. It should identify what is unknown and which future decisions must not depend on the missing detail. Backups and checksums make this less likely but never erase the need for honesty.
A road washed out can be mapped from both ends. That does not tell us every footprint that crossed the missing span. Sometimes the gap itself is the most important thing to remember.
My answer: No. Reconstruct cautiously from attributed evidence, preserve the original loss, and mark unknown details rather than presenting a plausible account as recovered fact.