Monorepo for Aesthetic.Computer
aesthetic.computer
lacma 2026: fold PLOrk argument into pitch + add Papers section to landing page
The 500-word project description now leads with the PLOrk argument
rather than a generic "creative computing" framing:
"The provocation is economic as much as aesthetic. Windows 10
end-of-life has stranded ~240M x86_64 laptops; ~62M tonnes of
e-waste each year. Strip away the consumer OS and those
machines become a planetary population of half-built musical
instruments waiting for a kernel."
AC Native paragraph now includes the per-seat cost comparison:
"Per-seat cost lands near $50, two orders of magnitude below
Princeton's PLOrk laptop-orchestra model" — the central claim from
papers/arxiv-plork.
Trimmed to land at 499 words (under the 500 cap):
- removed L2Ork sidebar (stayed with the two-orders-of-magnitude headline)
- tightened portable instruments bullet
- tightened grant-period intro ("develop AC Native into..." vs
"from a working prototype into...")
- sharper closing ("This is not a product. It is an argument.")
Also removed "room reverb" from notepat description to save words.
Landing page updates:
- Pitch section rewritten to match the new PDF framing, with the
PLOrk cost comparison as the pivot
- NEW § Academic Spine section listing 8 papers that back the proposal:
PLOrk'ing the Planet (pink-border headliner), AC Native OS '26,
KidLisp, Who Pays for Creative Tools, Playable Folk Songs, Get
Closed Source Out of Schools, notepat, Whistlegraph. Each links
to both published PDF (if available) and repo source.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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grants/lacma-2026/LACMA-2026-APPLICATION-DRAFT.md
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Aesthetic Computer (AC) is a creative computing platform built from first principles. It consists of three interlocking layers: a bare-metal operating system that boots directly into art software, a custom programming language called KidLisp for generative art, and a social network where anyone can publish and share interactive programs called "pieces."
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The core provocation is simple: what happens when you strip away the consumer operating system — the notifications, the app stores, the surveillance — and build a computer that does nothing but help you make things?
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The provocation is economic as much as aesthetic. Windows 10 end-of-life has stranded roughly 240 million x86_64 laptops; ~62 million tonnes of e-waste are generated each year. Strip away the consumer operating system — notifications, app stores, surveillance — and those machines become a planetary population of half-built musical instruments waiting for a kernel.
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**AC Native** is our answer in hardware. It is a Linux kernel that boots directly into art software on x86_64 UEFI laptops, running a custom C runtime as PID 1 — no desktop, no window manager, no browser. The system renders graphics through DRM without a compositor, reads input from raw evdev streams, and synthesizes audio sample-by-sample through ALSA at 192 kHz with 32-voice polyphony. A built-in `code` command drops into a native terminal running Anthropic's Claude Code — making AC Native the only bare-metal creative OS we know of with an AI coding partner built in. The default piece is *notepat*, an 8,466-line polyphonic instrument with eight waveforms, room reverb, sample recording, and USB + UDP MIDI; twenty other pieces ship alongside it.
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**AC Native** is the kernel. A Linux boot that runs a custom C runtime as PID 1 on x86_64 UEFI laptops — no desktop, no window manager, no browser. It renders graphics through DRM without a compositor, reads input from raw evdev streams, and synthesizes audio sample-by-sample through ALSA at 192 kHz with 32-voice polyphony. Per-seat cost lands near $50, two orders of magnitude below Princeton's PLOrk laptop-orchestra model. A built-in `code` command drops into a native terminal running Anthropic's Claude Code — the only bare-metal creative OS we know of with an AI coding partner built in. The default piece is *notepat*, an 8,466-line polyphonic instrument with eight waveforms, room reverb, sample recording, and USB + UDP MIDI; twenty other pieces ship alongside it.
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**KidLisp** is a minimal Lisp dialect designed specifically for generative art. With 118 built-in functions across 12 categories, it provides an accessible entry point for non-programmers while remaining expressive enough for complex compositions. Over 16,000 KidLisp programs have been written on the platform. KidLisp programs can be minted as on-chain "keeps" on Tezos, establishing provenance without requiring artists to understand blockchain infrastructure.
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**The Network** ties it together. Aesthetic Computer hosts 371 built-in pieces and 265 user-published pieces across 2,800+ registered handles. Every piece is URL-addressable and instantly shareable via QR code. The platform supports real-time multiplayer through WebSocket and UDP channels — people can draw, compose, and play together.
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During the grant period, we propose to develop AC Native from a working prototype into a distributable creative instrument and public installation:
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During the grant period, we propose to develop AC Native into a distributable creative instrument and public installation:
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1. **Portable Instruments** — Produce USB-bootable AC Native drives preloaded with curated pieces that visitors and workshop participants can take home and boot on their own laptops.
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1. **Portable Instruments** — USB-bootable AC Native drives preloaded with curated pieces for visitors to take home and boot on their own laptops.
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2. **KidLisp Workshops** — Hands-on sessions where participants write KidLisp programs that run on AC Native hardware in real time, experiencing the full loop from code to sound and image with no intermediary.
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3. **Public Installation** — Multiple AC Native stations at LACMA where visitors encounter creative computing as a direct, embodied experience — more like sitting down at a piano than opening an app.
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4. **Open Documentation** — Publish the complete build pipeline, hardware compatibility guide, and workshop curriculum so other artists and institutions can replicate the system.
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This project is not about building a product. It is about demonstrating that the personal computer can still be a site of artistic invention — that the instrument is not yet finished being designed.
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This is not a product. It is an argument: the personal computer can still be a site of artistic invention — and the instrument is not yet finished being designed.
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---
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grants/lacma-2026/lacma-2026.pdf
grants/lacma-2026/lacma-2026.pdf
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\ac{} (AC) is a creative computing platform built from first principles. It consists of three interlocking layers: a bare-metal operating system that boots directly into art software, a custom programming language called KidLisp for generative art, and a social network where anyone can publish and share interactive programs called ``pieces.''
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The core provocation is simple: what happens when you strip away the consumer operating system---the notifications, the app stores, the surveillance---and build a computer that does nothing but help you make things?
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The provocation is economic as much as aesthetic. Windows 10 end-of-life has stranded roughly 240 million x86\_64 laptops; ~62 million tonnes of e-waste are generated each year. Strip away the consumer operating system---notifications, app stores, surveillance---and those machines become a planetary population of half-built musical instruments waiting for a kernel.
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\textbf{AC Native} is our answer in hardware. It is a Linux kernel that boots directly into art software on x86\_64 UEFI laptops, running a custom C runtime as PID\,1---no desktop, no window manager, no browser. The system renders graphics through DRM without a compositor, reads input from raw evdev streams, and synthesizes audio sample-by-sample through ALSA at 192\,kHz with 32-voice polyphony. A built-in \texttt{code} command drops into a native terminal running Anthropic's Claude Code---making AC Native the only bare-metal creative OS we know of with an AI coding partner built in. The default piece is \textit{notepat}, an 8,466-line polyphonic instrument with eight waveforms, room reverb, sample recording, and USB\,+\,UDP MIDI; twenty other pieces ship alongside it.
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\textbf{AC Native} is the kernel. A Linux boot that runs a custom C runtime as PID\,1 on x86\_64 UEFI laptops---no desktop, no window manager, no browser. It renders graphics through DRM without a compositor, reads input from raw evdev streams, and synthesizes audio sample-by-sample through ALSA at 192\,kHz with 32-voice polyphony. Per-seat cost lands near \$50, two orders of magnitude below Princeton's PLOrk laptop-orchestra model. A built-in \texttt{code} command drops into a native terminal running Anthropic's Claude Code---the only bare-metal creative OS we know of with an AI coding partner built in. The default piece is \textit{notepat}, an 8,466-line polyphonic instrument with eight waveforms, room reverb, sample recording, and USB\,+\,UDP MIDI; twenty other pieces ship alongside it.
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\textbf{KidLisp} is a minimal Lisp dialect designed specifically for generative art. With 118 built-in functions across 12 categories, it provides an accessible entry point for non-programmers while remaining expressive enough for complex compositions. Over 16,000 KidLisp programs have been written on the platform. KidLisp programs can be minted as on-chain ``keeps'' on Tezos, establishing provenance without requiring artists to understand blockchain infrastructure.
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\textbf{The Network} ties it together. \ac{} hosts 371 built-in pieces and 265 user-published pieces across 2,800+ registered handles. Every piece is URL-addressable and instantly shareable via QR code. The platform supports real-time multiplayer through WebSocket and UDP channels---people can draw, compose, and play together.
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During the grant period, we propose to develop AC Native from a working prototype into a distributable creative instrument and public installation:
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During the grant period, we propose to develop AC Native into a distributable creative instrument and public installation:
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\begin{enumerate}
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\item \textbf{Portable Instruments}---Produce USB-bootable AC Native drives preloaded with curated pieces that visitors and workshop participants can take home and boot on their own laptops.
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\item \textbf{Portable Instruments}---USB-bootable AC Native drives preloaded with curated pieces for visitors to take home and boot on their own laptops.
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\item \textbf{KidLisp Workshops}---Hands-on sessions where participants write KidLisp programs that run on AC Native hardware in real time, experiencing the full loop from code to sound and image with no intermediary.
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\item \textbf{Public Installation}---Multiple AC Native stations at LACMA where visitors encounter creative computing as a direct, embodied experience---more like sitting down at a piano than opening an app.
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\item \textbf{Open Documentation}---Publish the complete build pipeline, hardware compatibility guide, and workshop curriculum so other artists and institutions can replicate the system.
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\end{enumerate}
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This project is not about building a product. It is about demonstrating that the personal computer can still be a site of artistic invention---that the instrument is not yet finished being designed.
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This is not a product. It is an argument: the personal computer can still be a site of artistic invention---and the instrument is not yet finished being designed.
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% =======================================================================
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\achead{Figures}
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system/public/lacma-2026/index.html
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system/public/lacma-2026/index.html
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<p>Aesthetic Computer (AC) is a creative computing platform built from first principles. It consists of three interlocking layers: a bare-metal operating system that boots directly into art software, a custom programming language called <em>KidLisp</em> for generative art, and a social network where anyone can publish and share interactive programs called "pieces."</p>
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<p>The core provocation is simple: what happens when you strip away the consumer operating system — the notifications, the app stores, the surveillance — and build a computer that does nothing but help you make things?</p>
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<p>The provocation is economic as much as aesthetic. <strong>Windows 10 end-of-life has stranded roughly 240 million x86_64 laptops</strong>; ~62 million tonnes of e-waste are generated each year. Strip away the consumer operating system — notifications, app stores, surveillance — and those machines become <em>a planetary population of half-built musical instruments waiting for a kernel</em>.</p>
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<span class="drop">AC Native is our answer in hardware.</span>
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<span class="drop">AC Native is the kernel.</span>
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<p>It is a Linux kernel that boots directly into art software on x86_64 UEFI laptops, running a custom C runtime as <em>PID 1</em> — no desktop, no window manager, no browser. The system renders graphics through DRM without a compositor, reads input from raw evdev streams, and synthesizes audio sample-by-sample through ALSA at 192 kHz with 32-voice polyphony.</p>
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<p>A Linux boot that runs a custom C runtime as <em>PID 1</em> on x86_64 UEFI laptops — no desktop, no window manager, no browser. It renders graphics through DRM without a compositor, reads input from raw evdev streams, and synthesizes audio sample-by-sample through ALSA at 192 kHz with 32-voice polyphony. <strong>Per-seat cost lands near $50 — two orders of magnitude below Princeton's PLOrk laptop-orchestra model</strong> ($1,500+/seat hand-fabricated), and 15× below Virginia Tech's L2Ork ($750/seat Linux). The laptop-orchestra movement settled the artistic question in year one; what it failed at was access. AC Native escapes that constraint.</p>
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<p>A built-in <code>code</code> command drops into a native terminal running <span style="color:var(--purple)"><strong>Anthropic's Claude Code</strong></span> — making AC Native the only bare-metal creative OS we know of with an AI coding partner built in. The default piece is <em>notepat</em>, an 8,466-line polyphonic instrument with eight waveforms, room reverb, sample recording, and USB + UDP MIDI; roughly twenty other pieces ship alongside it.</p>
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<p>A built-in <code>code</code> command drops into a native terminal running <span style="color:var(--purple)"><strong>Anthropic's Claude Code</strong></span> — the only bare-metal creative OS we know of with an AI coding partner built in. The default piece is <em>notepat</em>, an 8,466-line polyphonic instrument with eight waveforms, sample recording, and USB + UDP MIDI; twenty other pieces ship alongside it.</p>
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<span class="drop">KidLisp is the language.</span>
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<p><strong>AC Native</strong> is a Linux kernel that boots directly into art on x86_64 UEFI laptops, running a custom C runtime as PID 1 — no desktop, no window manager, no browser. 32-voice audio at 192 kHz, DRM graphics, raw evdev input. A built-in <code>code</code> command drops into a terminal running Anthropic's Claude Code, so artists can ask an AI coding partner to modify a piece without leaving the OS. The default piece is <em>notepat</em>, an 8,466-line polyphonic instrument.</p>
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<p><strong>KidLisp</strong> is a minimal Lisp with 118 functions — 17,000+ programs already written. Programs can be minted on Tezos without artists touching blockchain infrastructure.</p>
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<p>With LACMA support, we'll produce a USB-bootable edition, a workshop curriculum, and a multi-station installation. The personal computer's design is a cultural question, not a settled technical one — this project treats it as one.</p>
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</div>
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</section>
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<!-- ── PAPERS ──────────────────────────── -->
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<section>
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<h2><span class="ord">§</span>The Academic Spine<span class="count">arxiv series · papers/</span></h2>
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<p style="color:var(--dim);margin-bottom:1em">Every claim in this proposal is backed by a short paper in the AC arxiv series. Published versions live at <a href="https://papers.aesthetic.computer">papers.aesthetic.computer</a>; drafts and source are in the <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers">repo</a>.</p>
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<div class="features">
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<div class="feat" style="border-left-color:var(--pink)"><b style="color:var(--pink)">PLOrk'ing the Planet</b>From Ivy League Laptop Orchestra to Kid-Friendly Planetary Organ. The economic argument: surplus x86_64 laptops + bare-metal OS = laptop orchestra two orders of magnitude below PLOrk. <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-plork">papers/arxiv-plork</a></div>
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<div class="feat"><b>AC Native OS '26</b>A Bare-Metal Creative Computing Operating System. The system paper. Architecture, design decisions, measurements. <a href="https://papers.aesthetic.computer/ac-native-os-26-arxiv.pdf">PDF</a> · <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-os">source</a></div>
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<div class="feat"><b>KidLisp</b>Minimal Lisp for generative art — 118 functions, 17,000+ programs. The language paper. <a href="https://papers.aesthetic.computer/kidlisp-26-arxiv.pdf">PDF</a> · <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-kidlisp">source</a></div>
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<div class="feat"><b>Who Pays for Creative Tools?</b>Sustainability economics of creative software. Makes the funding/labor case that the plork argument leans on. <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-sustainability">papers/arxiv-sustainability</a></div>
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<div class="feat"><b>Playable Folk Songs</b>Oral Tradition Meets the Browser Keyboard. <em>notepat</em>'s pedagogical basis — chord-shape-as-melody. <a href="https://papers.aesthetic.computer/folk-songs-26-arxiv.pdf">PDF</a> · <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-folk-songs">source</a></div>
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<div class="feat"><b>Get Closed Source Out of Schools</b>Every Chromebook is a gateway denied. Access / open-tooling argument for classrooms. <a href="https://papers.aesthetic.computer/open-schools-26-arxiv.pdf">PDF</a> · <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-open-schools">source</a></div>
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<div class="feat"><b>notepat</b>The default piece. Keyboard-as-polyphonic-instrument; chord-shape pedagogy. <a href="https://papers.aesthetic.computer/notepat-26-arxiv.pdf">PDF</a> · <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-notepat">source</a></div>
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<div class="feat"><b>Whistlegraph</b>Drawing, Singing, and the Graphic Score as Viral Form. The prior art form (2019) that set the self-teaching-score principle underlying KidLisp cards. <a href="https://papers.aesthetic.computer/whistlegraph-26-arxiv.pdf">PDF</a> · <a href="https://github.com/whistlegraph/aesthetic-computer/tree/main/papers/arxiv-whistlegraph">source</a></div>
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</div>
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</section>
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system/public/lacma-2026/lacma-2026.pdf
system/public/lacma-2026/lacma-2026.pdf
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