Monorepo for Aesthetic.Computer
aesthetic.computer
feat: papers voice guide + plork abstract rewrite in @jeffrey voice
- papers/VOICE.md: prose style guide for AC papers — lowercase, direct,
first person, em dashes, honest limitations, quiet conviction
- plork abstract: rewritten in first person, shorter sentences, more direct
("I think this is the way out" not "we propose an alternative")
- plork intro: tightened closing paragraph
- cards-convert: content stays in sync — same source, never divergent
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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papers/VOICE.md
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papers/VOICE.md
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# Voice Guide for AC Papers
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papers should sound like @jeffrey talking to someone smart who cares about the same things — not like a textbook explaining itself to a committee.
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## the basics
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- first person is fine. "i built this" not "the author implemented"
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- lowercase default in cards format. arxiv format can capitalize for convention
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- em dashes for asides — not semicolons, not parentheses
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- short sentences. fragments when they land. no filler
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- state the hard thing plainly. don't soften with hedging language
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- conviction is quiet but absolute — "the music is real" not "results suggest potential viability"
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- humor is allowed. papers are not funerals
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- be honest about what doesn't work. the limitations section should feel like a friend telling you the catch, not a lawyer covering liability
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## what to avoid
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- "we propose" / "the authors" / "it should be noted that" — just say it
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- "in this paper we" as sentence opener — the reader knows they're reading the paper
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- "a novel approach to" — if it's novel the reader will notice
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- stacking citations defensively — cite when it matters, not to prove you read things
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- explaining what you're about to explain before explaining it
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- writing differently for cards vs arxiv — same source file, same content, cards just has more room to breathe. never maintain divergent content across formats
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## the gradient
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these papers sit between academic convention and personal expression. the balance:
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- **abstract**: can be formal-ish — this is what search engines and reviewers see first. but still direct, still punchy. end with something that lands
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- **introduction**: this is where the voice comes in. open with what the thing actually is, not with a literature survey. the reader should feel the problem in the first paragraph
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- **body sections**: technical precision matters. but explain like you're at a whiteboard with a colleague, not writing a spec
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- **limitations**: be the person who says "here's what's broken" before anyone asks. don't minimize, don't dramatize
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- **conclusion**: this is yours. say what you believe. the conviction should be undeniable by the time they get here
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## examples of the voice working
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from plork.tex, already good:
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> "PLOrk'ing the planet is not a metaphor. It is a logistics problem. And the logistics just got a hundred times cheaper."
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> "This was not a barrier for Princeton. It was a barrier for everyone else."
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> "The laptop orchestra was a beautiful idea that reached almost no one."
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these land because they're short, direct, and unafraid. more of this.
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## applying to the platter
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the platter at papers.aesthetic.computer is the research home. it should feel curated and alive — like someone's studio wall, not a library catalog. papers are listed by importance (impact ranking in cli.mjs), not alphabetically, because some things matter more right now.
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the voice in the platter index, paper descriptions, and cards title pages should match the papers themselves — warm, direct, a little aloof, never corporate.
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---
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*maintained by @jeffrey — update this when the voice evolves*
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papers/arxiv-plork/plork-cards.tex
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papers/arxiv-plork/plork-cards.tex
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\vspace{0.15em}
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\colorbox{yellow!60}{\small\color{red!80!black}\textbf{\textit{working draft --- not for citation}}}\par
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\vspace{0.1em}
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{\footnotesize\color{acgray} March 2026 · \href{https://github.com/whistlegraph/aesthetic-computer/commit/4acd6724d}{4acd6724d}}\par
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{\footnotesize\color{acgray} March 2026 · \href{https://github.com/whistlegraph/aesthetic-computer/commit/6fd9fced2}{6fd9fced2}}\par
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\vspace{0.1em}
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{\footnotesize\color{acgray}\href{https://papers.aesthetic.computer/plorking-the-planet-26-arxiv-da-cards.pdf}{Dansk} · \href{https://papers.aesthetic.computer/plorking-the-planet-26-arxiv-es-cards.pdf}{Español} · \href{https://papers.aesthetic.computer/plorking-the-planet-26-arxiv-zh-cards.pdf}{{\accjk 中文}} · \href{https://papers.aesthetic.computer/plorking-the-planet-26-arxiv-ja-cards.pdf}{{\accjk 日本語}}}\par
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\end{center}
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The laptop orchestra movement peaked at approximately 500--1{,}000 participants per year, globally. For comparison, 1.2 million American children play in school bands~\citep{warschauer2004technology}. The laptop orchestra was a beautiful idea that reached almost no one.
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This paper argues that the limiting factor was never artistic---PLOrk settled that question in year one---but economic and infrastructural. We present \acos{}, a bare-metal operating system that transforms any surplus x86\_64 laptop into a complete musical instrument at a cost two orders of magnitude below the PLOrk model, and propose that the resulting economics make a \emph{planetary} laptop orchestra not only possible but, given the scale of available surplus hardware, almost inevitable.
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The limiting factor was never artistic---PLOrk settled that in year one. It was economic. It was infrastructural. This paper presents \acos{}, a bare-metal operating system that turns any surplus x86\_64 laptop into a complete musical instrument at a cost two orders of magnitude below PLOrk. The resulting economics make a \emph{planetary} laptop orchestra not only possible but---given the scale of available surplus hardware---almost inevitable.
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% ============ 2. THE LAPTOP ORCHESTRA LANDSCAPE ============
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papers/arxiv-plork/plork.tex
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papers/arxiv-plork/plork.tex
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\begin{quote}
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\small\noindent\textbf{Abstract.}
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In 2005, Dan Trueman and Perry Cook founded the Princeton Laptop Orchestra (PLOrk)---fifteen stations, each consisting of a MacBook, a custom hemispherical speaker, an 8-channel amplifier rack, and a suite of controllers, running ChucK and Max/MSP. PLOrk proved that laptop ensembles are a musically legitimate performance form, spawning over thirty university laptop orchestras worldwide. But twenty years later, every one of these ensembles remains trapped inside a university: gated by enrollment, funded by departments, housed in dedicated studios, and operated by technical staff. The laptop orchestra never left campus. We argue that the PLOrk model contains a scaling impossibility: each seat costs \$1{,}500+, requires custom speaker fabrication, depends on institutional infrastructure, and serves at most 15 people per semester. L2Ork (Virginia Tech) reduced the cost to \$750/seat with Linux netbooks and cheaper hemispherical speakers, but remained university-bound. The laptop orchestra dream---that networked computers could be a new kind of ensemble instrument---was always a dream of access. It failed at access. This paper presents a concrete alternative. \textsc{AC Native OS} is an 89\,MB operating system that boots any surplus x86\_64 laptop into a dedicated musical instrument in 7.3 seconds: built-in 32-voice polyphonic synthesizer, network-native ensemble connectivity, personalized identity, and over-the-air updates. A surplus ThinkPad costs \$50. The USB flash takes one minute. No hemispherical speakers, no amplifier racks, no Max/MSP licenses, no IT department. With 240 million PCs declared obsolete by Windows~10 end-of-life and 62 million tonnes of e-waste generated annually, the raw material for a planetary laptop orchestra already exists. The question is not whether we can afford to PLOrk the planet. It is whether we can afford not to.
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In 2005, Dan Trueman and Perry Cook built the Princeton Laptop Orchestra---fifteen MacBooks, each with a hand-built hemispherical speaker, an amplifier rack, and a stack of controllers running ChucK and Max/MSP. PLOrk proved the laptop could be a real instrument. The music was real. Thirty university ensembles followed. But twenty years later, every single one is still inside a university. Gated by enrollment, funded by departments, maintained by technical staff. The laptop orchestra never left campus.
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The reason is economic. Each PLOrk seat costs \$1{,}500+. The speakers are hand-fabricated. The software is licensed. The infrastructure is institutional. L2Ork at Virginia Tech cut the cost to \$750/seat with Linux and cheaper speakers---still university-bound. The dream was always about access. It failed at access.
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This paper presents what I think is the way out. \textsc{AC Native OS} is an 89\,MB file that boots any surplus x86\_64 laptop into a dedicated musical instrument in 7.3 seconds. Built-in synthesis, built-in networking, built-in identity, over-the-air updates. A surplus ThinkPad costs \$50. The USB flash takes one minute. No speakers to build, no software to license, no IT department to staff.
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240 million PCs just became obsolete because of Windows~10. 62 million tonnes of e-waste pile up every year. The raw material for a planetary laptop orchestra already exists. The question is not whether we can afford to PLOrk the planet. It is whether we can afford not to.
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\end{quote}
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\vspace{0.5em}
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}]
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The laptop orchestra movement peaked at approximately 500--1{,}000 participants per year, globally. For comparison, 1.2 million American children play in school bands~\citep{warschauer2004technology}. The laptop orchestra was a beautiful idea that reached almost no one.
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This paper argues that the limiting factor was never artistic---PLOrk settled that question in year one---but economic and infrastructural. We present \acos{}, a bare-metal operating system that transforms any surplus x86\_64 laptop into a complete musical instrument at a cost two orders of magnitude below the PLOrk model, and propose that the resulting economics make a \emph{planetary} laptop orchestra not only possible but, given the scale of available surplus hardware, almost inevitable.
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The limiting factor was never artistic---PLOrk settled that in year one. It was economic. It was infrastructural. This paper presents \acos{}, a bare-metal operating system that turns any surplus x86\_64 laptop into a complete musical instrument at a cost two orders of magnitude below PLOrk. The resulting economics make a \emph{planetary} laptop orchestra not only possible but---given the scale of available surplus hardware---almost inevitable.
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% ============ 2. THE LAPTOP ORCHESTRA LANDSCAPE ============
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