Episode format

What happens in ninety minutes.

The same nine chapters every time, so listeners know where to jump and authors know what to prepare. The hardest chapter is the one in the middle: what the reviewers asked.

Cold open00:00The paper in five minutes03:00The path08:00The experiment that nearly failed28:00What the reviewers asked40:00Limits50:00What comes next60:00Advice80:00Sixty seconds88:0000:0090:00
ChapterMinutesWhat it is for
Cold open3The one result, in the author's words
The paper in five minutes5Claim, method, evidence
The path20Where the idea came from
The experiment that nearly failed12What did not work, and why
What the reviewers asked10The hardest questions, answered
Limits10Where the result stops
What comes next20Open problems and the next paper
Advice8For students and for teams
Sixty seconds2Why it matters, plainly

Before, during and after

  1. Preparation call, 30 minutes

    The author, the host and an MTRI researcher who has read the paper. We agree the outline, what is out of scope (unpublished or confidential work) and the figures to show.

  2. Recording, two hours booked

    In the Singapore studio, at the conference or remotely. Three cameras in the studio; the author can stop and restate anything.

  3. Edit and fact review

    The author sees the edit and checks technical accuracy. Corrections to what they said about their own work are made; fair questions and their answers stay.

  4. Release

    Video, audio, transcript, Brief and a Notes item, all linked to the paper.

  5. Corrections

    If a finding is misstated after release, we correct the transcript and show notes and log the change.

The transcript

Free transcripts are full and timestamped, with links to the paper. Meridian Pro transcripts add the labels below to every substantive line, link each finding to its table, figure or section, and let you filter by label.

How labels are applied

Transcript · annotatedIllustrative excerpt, not a real interview
12:40

We expected the smaller model to collapse on the longer problems. It didn't, and that is the part I still find surprising.

Author's view
12:58

On the held-out set, the method improves accuracy over the strongest baseline in four of the five task families; the fifth is within noise.

Paper finding · Table 2, §4.1
13:31

If that holds at larger scale, it would make the technique cheap enough for most teams to try. The paper does not test that.

Meridian interpretation
13:50

Reviewer two asked whether the gains came from the data rather than the method. That was the right question.

Author's view
14:12

The ablation that trains on the same data without the method recovers less than half of the gain.

Paper finding · Table 4, §5