standalone · session
Terms of Media II Actions Conference - Forecast - Mediate - Q & A
MACHINE TRANSCRIPT · SELF-TRANSCRIBED (WHISPER ASR) · NOT AN AUTHORISED TRANSCRIPT
Q&A session following the Forecast/Mediate panel (including Parisi's talk), covering encryption and randomness in computation.
Provenance
Self-transcribed from the recording's audio/video with Whisper ASR, then drawn from the frozen curation of the CCRU oral archive. The identifiers below fingerprint the exact source transcript files.
- Series
- standalone
- Duration
- 00:14:16 (~14 min)
- Words
- 2,636
- Corpus cluster
- audio-land
- Source/billing metadata (unverified)
- Q&A panel (unnamed, following Parisi/other talks)
- Topics
- encryption · randomness · Claude Shannon · pattern languages
- Source SHA-256 (txt)
- 1bb343aeee49606c654398870c1b64456eb1db402133478312248337ae643383
- Source SHA-256 (json)
- 7fcc798c6fbb867d05d73a8da87c3b3b0c2c227ba57f392a65200e7347850d10
Listen
Adjudicated APPROVED 2026-07-11 (basis: owner ruling 2026-07-11: institutional recordings released except fee-charging course content; lane recent-institutional -> recent-institutional-released). Series: standalone. Source: audio original (.mp3).
Timestamped map
These jump targets come from timestamps preserved in the source transcript, so they work as navigational anchors rather than editorially invented section labels. Timings are approximate — they mark where a passage begins, not exact word timing.
00:00:00
Thank you very much for your lectures. We have around 10 minutes for questions. Finn, you were first. Thank you both for a fascinating set of talks. These were really brilliant. I just wanted to start with something that builds off the exact last line of your talk, which was, I was delighted to see parts…
00:02:20
But it's a question which kind of draws from Wolfgang, and then hopefully, Luciana, you will jump into it as well. But I was just doing a perverse reading of the book, which, I think, is very important. And I think it's very important to have a very detailed reading of design, because so much of design is about…
00:05:26
But representing dimensions of dimensions like dimensions representing dimensions like dimensions representing dimensions representing dimensions representing dimensions representing dimensions representing dimensions representing dimensions representing dimensions representing dimensions representing dimensions…
00:07:08
But one of the really interesting things is there's a way in which computers can actually incorporate randomness quite well as long as you can get it from the outside, right? So if you look at people, we've talked a lot about Claude Shannon this afternoon and generally throughout the thing. But mostly in terms…
00:08:32
One, then there's another argument that says that actually, instead of entropy, one can think of anti-entropy. Because entropy, as we know from being, okay, so, you know, you can't say, oh, well, I'm going to do this, and then you can't do that. And so, you know, you can't say, oh, well, I'm going to do that. And…
00:10:29
And I think that's the reason why I say, we need to address randomness within computation, is because I do not want to relativize and have this kind of external reference. Because within computing, the level of complexity that we have today within computations are a point to a randomness of information within…
00:12:21
And then in the mid-'90s, the law was changed. The social housing across the United States was demolished. And patterns were built. And the people who wrote that code were apostles of Christopher Alexander and Prince Charles. So just to, you know, it's a complicated story that I'm obviously reducing. But I think it's…
00:14:10
Yeah, something like that. Yeah. I think on that note, we should end. Please join me in thanking our speakers.