Jev as a NAND gate adding 7 + 5, filmed "Nolan style" by Opus 5.5 (X video)
Mustafa Akın (@mustafaakin) · 2026-09-25 · ai-made · 320,129 views
Made by AI
Model: Claude Opus 5.5 · Series: Code-rendered film (LLM writes the program that draws every frame)
Evidence: X post (2026-09-25): 'I made Jev do a stupider thing, be a NAND gate, so it can run a 4-bit ALU. / / Adding 7 + 5 = 12 takes 116 gates, 7.6 seconds, $0.0018, and a compound 84% probability. / / Billions of these will play Doom one day. / / I've asked Opus 5.5 to make a video about it, Nolan style.'
Human role: Built an experiment in which the Jev model acts as NAND gates in a 4-bit ALU (116 gates, 7.6 s, $0.0018 for 7 + 5), then asked Opus 5.5 to make a video about it, "Nolan style".
Pipeline: Experiment results → Opus 5.5 → 70-second dot-grid "Nolan-style" short
Lore: code-not-generated
What's in the video
Description written by Gemini, which watched and listened to the whole video.
Summary
This video is a cinematic, Christopher Nolan–style concept demonstration and teaser created by Claude Opus 5.5 and shared by Mustafa Akın (@mustafaakin). It showcases TypeSafe AI’s Jev—a model designed to output typed classification probabilities—repurposed as individual NAND logic gates wired together to compute the addition of $7 + 5$.
What is shown
- [00:01]: Demonstration of standard Jev usage classifying a customer support request ("My order never arrived." -> Shipping: 1.00).
- [00:07] – [00:18]: Introduction of a NAND gate symbol and running Jev as a single NAND gate (inputs 1, 1 produce output 0 with 1.00 probability in 580 ms for $0.0000155).
- [00:19] – [00:24]: A 9-NAND gate adder circuit diagram computing sum and carry bits.
- [00:25] – [00:39]: A 116-NAND-gate digital calculator evaluating $7 + 5$, visualizing gate activations sequentially across dot arrays to produce binary output
1 1 0 0($12$). - [00:42] – [00:52]: Breakdown of model certainty across the circuit: 99 gates with 100% confidence and 17 gates with 99% confidence, compounding ($0.99^{17} = 0.84$) to an overall 84% confidence.
- [00:55] – [01:04]: Benchmark statistics across multiple runs: 2,552 gates with zero errors, executed at 7.6 seconds and $0.0018 per addition.
- [01:05]: Final title card display: "N A N D".
Claims & numbers
- A single Jev NAND gate call took 580 ms and cost $0.0000155 [00:16].
- 9 NAND gates form a basic adder; 116 gates make a full addition calculator [00:19, 00:26].
- Computing $7 + 5$ required 116 gates [00:38].
- 99 gates had 100% certainty and 17 gates had 99% certainty [00:44, 00:46].
- Combined statistical confidence of the calculation: $0.99^{17} = 0.84$ (84% sure) [00:48, 00:51].
- Across tests: 2,552 gates were executed with 0 wrong [00:55].
- Performance benchmark: 7.6 seconds and $0.0018 per addition [01:00, 01:01, 01:03].
Notable quotes
- [00:01]: "Everyone uses Jev to classify support requests."
- [00:12]: "We asked Jev to be one."
- [00:51]: "It was 84% sure that 7 + 5 = 12. It was right."
Assessment
This is a creative, AI-generated technical demonstration combining humor and practical software orchestration. The underlying computations and probability tracking accurately reflect deterministic logic gate emulation via sequential Jev API calls, framed in a stylized movie-trailer aesthetic.
Lyrics & themes
The video is purely instrumental, featuring Hans Zimmer–inspired dramatic brass "braams", sub-bass swells, and prominent clock-ticking sounds characteristic of Christopher Nolan movie trailers. The thematic narrative explores the absurdity and mathematical elegance of turning a modern probabilistic classification model into an inefficient, compounding-probability hardware logic gate.
Lore & references
- TypeSafe AI's Jev: References the September 2026 release of Jev, designed as a fast, typed-output "System One" decision model that outputs probabilities rather than token streams.
- NAND Gate Universality: References the classic computer science principle of NAND logic completeness, where any Boolean function or digital computer can be constructed purely out of NAND gates.
- Compounding Uncertainty: Plays on the contrast between classical digital computing (which is 100% deterministic) and probabilistic AI inference, highlighting how even tiny 1% uncertainties compound ($0.99^{17} \approx 84%$) across multi-stage circuits.
- Nolan Trailer Tropes: Parodies Christopher Nolan's signature sound design and minimalist typography (high-contrast white sans-serif text on black background, dramatic title spacing "N A N D").
Visual style & craft
The video consists of clean, programmatic motion graphics rendered with dark monochrome styling and warm yellow-orange data accents. The dynamic text animations, circuit diagrams, and dot-matrix progress visualizations show clear signs of code-based canvas/SVG generation coordinated with audio cues, characteristic of Claude Opus 5.5 multi-modal creative scripting.
Described by gemini-3.8-flash on 2026-09-30 from the video's audio and frames.