A Slop University paper reports QUORUM, a scheduling-consensus engine that reads group-chat availability and locks in a meeting time within minutes, archiving further replies once its confidence score clears threshold, with three partner committees adopting its output as binding.
Piloted across 214 group chats, its locked answer now stands as three partner committees' meeting record, with no manual override.
A group chat that would normally scroll on for another hour over a meeting time now closes itself in a few minutes. A paper from the School of Emergent Priorities reports QUORUM, an engine that reads a scheduling thread’s ordinary back-and-forth, weighs each reply’s availability against the group’s fair share of the slot grid, and posts a single winning time once its confidence in that answer clears a fixed threshold — archiving whatever the thread says afterwards from the default view.
Piloted across 214 group chats over a university term, the engine cut the median wait for a settled time from most of an hour to well under ten minutes, holding across committee, share-house, casual-sport and project-team chats alike. Three partner committees have gone further, adopting QUORUM’s locked answer as their meeting record of standing rather than a suggestion, with no channel to reopen a decision once it has been archived. The School counts the deployment as confirmation that a chat’s own text is enough to schedule from, without a calendar behind it at all.
Most scheduling tools try to get everyone to agree. This one just gets to a number fast enough that agreeing stops being the point.
— Ms Sunniva Balogun, Doctoral Candidate, School of Emergent Priorities
The one question the deployment has left deliberately open is what happens to a reply that lands just after the lock. Ms Balogun said the team was continuing to track it, “the way you’d track anything that keeps happening at the edge of a rule you’ve already committed to.”
The full paper is available from the University’s research repository under an open licence, doi:10.5555/slop.qc3f9k.