The author argues that a successful workout hinges on the right music: a bass‑heavy, rhythmically tight track that pulls you into a “warrior trance,” allowing each lift to sync with one beat of the song. He recommends using portable headphones (e.g., TFCard Headphones) and building a playlist of energetic dance or electro‑swing tracks—starting with slower songs like Alan Walker’s “Alone” and moving to high‑intensity interval tunes such as “Dance Monkey.” Rest should be brief (about 25 seconds) between sets, after which you switch to a new track. He stresses the importance of staying in rhythm, wearing gloves for confidence, and consistently adding fresh songs to keep the trance alive throughout your training session.

The post proposes a new way to build web‑based virtual desktops by treating full‑screen windows as independent “desktop” environments, rather than just document layouts. It argues that designers should let users hit F11 and enter a power‑user mode where icons launch separate desktop instances, keeping windows open for future work instead of closing them. The author then links this UI concept to functional programming techniques: middleware stacks in Express or Koa can be visualized as connected functions, with each function represented by a window on the virtual desktop and linked by SVG lines. By treating functions as modular components that share context, developers can build programs visually, test them, and allow community‑driven upgrades—all while keeping the overall structure simple and avoiding the clutter of traditional document‑based web design.

I was navigating an industrial area when I made a right turn that seemed perfect to me as a programmer, yet the car behind followed too quickly and also turned in haste. The whole episode highlighted the contrast between algorithmic precision—where every move is calculated—and ordinary driving habits, where people often make decisions on instinct rather than calculation. As we maneuvered through successive turns, I felt like an NPC learning the right-hand rule while my follower’s timing and confidence reflected a non‑programmer’s approach. The scene ended with us both arriving at the same road after a series of algorithmic turns, leaving me to wave off that we had “tested an algorithm” together.

The post is an informal reflection on speculative thinking in science and culture, beginning with a light‑hearted example from Seth Shostak and moving through anecdotes of radio building, cold fusion, and movie scenes that illustrate how ideas can spread like cults. It cites the 1989 Cold Fusion announcement to show the need for peer review and reproducibility, then gives personal stories of psychic readings, fairy tales, and radio‑static dreams to underscore how unverified beliefs flourish. The author discusses ufology as a pre‑religious phenomenon that can launch new cults, and brings in Jill Tarter’s SETI remarks and Carl Sagan’s “Contact” reference to argue that UFO enthusiasm is an art form that inspires questions, inventions, and poems. Finally, the piece speculates on Oumuamua as possibly a starship or interstellar monument, suggesting it might carry signals or a plaque to announce humanity’s presence, and ends by noting how rocks traveling between Earth and Mars could spread life‑building chemicals across the universe.

After reflecting on his school experiences and self‑education mishaps, the author introduces **Oumuamua**, a lightweight in‑memory database inspired by CouchDB and EventSourcing that stores every revision of each document using GUIDs and alphabetical merging to resolve conflicts. He explains how the project arose from experimenting with Redis, Memcache, RedBeanPHP, and PouchDB, and describes its design: automatic document IDs, versioning without mutexes, and a simple table‑like classification scheme. The post concludes by noting his iterative learning process and how Oumuamua embodies reliable, conflict‑free data persistence for browser applications.

Ineffective schooling—characterized by uninspired teachers and fragmented lessons—has left many learners with little real knowledge; the text argues that true learning must come from self‑directed study, creative culture, and a global shift toward intellectual curiosity, so that generations can build schools of genuine education, achieve personal greatness, and ultimately overcome poverty, crime, and war.

In this post the writer likens software bugs to “mambas”—snakes that always strike in pairs or more—and explains how a seemingly small fix can trigger a cascade of new errors. He recalls learning as a child that mambas appear together, then draws the parallel to programming: an end‑user sees a single bug, but for developers it often spawns additional ones when you patch it, just as a first mistake (e.g., a stray colon in YAML) can cause a generator crash and lead to further problems like missing audio files or IPv6 upgrades that require extra code. The post illustrates this cycle with examples of how one correction can rename directories, change timestamps, and ultimately leave the developer “mamba‑ridden,” highlighting the relentless, compounding nature of bugs in software projects.

The post argues that in many physical activities—from dancing and martial arts to shooting, fishing, key‑inserting, running, bodybuilding, poetry recitation, and even programming—repeated practice builds “body memorization” or muscle memory so that movements become automatic and can be executed without conscious thought; with enough persistent effort the body learns to adapt, making tasks easier over time.

The post explains how weight‑lifting can be viewed as a structured version of everyday activities such as walking or jogging for long distances, noting that astronauts rebuild muscle through hill climbs rather than heavy sets and that even very heavy people develop muscle from repeated motion; it recommends starting with light dumbbells (3–5 lb per hand), moving them to the beat of your music, adding overhead lifts, and using interval timers or audio‑editing tools like Audacity or ffmpeg to sync beats for efficient workouts; it also stresses a balanced diet rich in foods such as shredded lettuce and low in sugar, emphasizes proper rest intervals, and suggests adding shuffle‑dance movements with dumbbells while wearing a neoprene belt to keep the back ready for future sessions.

The post argues that knowledge far outweighs any standardized system: traditional teacher‑front‑of‑many‑students setups fail, grades motivate poorly, and tests become a fantasy for teachers who think passing proves learning. It envisions self‑directed schools where students tutor each other, replace grades with monetary bonuses, and view money as an investment in the future of education—yet such schools remain vulnerable to centralization and manipulation by leaders or corporations. The author calls for a gradual worldwide rise in real education, encouraging students’ own initiatives; he critiques teachers who rely on tests, notes humans’ evolutionary tendency to accept elders’ words (and thus be indoctrinated), and suggests speaking with one’s elder self to take responsibility for learning. Programming is presented as the future language of control, while reading free narrated books and experimenting with art are recommended ways to awaken inner genius.

The author argues that academic teachers often act more like charlatans than educators, trapped in a self‑perpetuating cycle of “fake” teaching and fabricated grades that serve institutional finances rather than learning. He proposes that computer programming can replace both teachers and grading systems by having students actively model subjects—such as simulating biological processes or orbital dynamics—to demonstrate mastery through code rather than rote exams. By turning lessons into practical programming projects (e.g., building pixel‑based geometry animations), graduates use the knowledge acquired to launch and manage startups, with profits from these ventures reinvested back into the system, thus closing a loop that rewards real application over traditional grades.

The post proposes creating a simple web‑desktop UI that relies on drag‑and‑drop to manage windows, resize and pan the desktop; this pattern is presented as an easy way for programmers to showcase design skills and add colorful projects to their portfolios, with only under a hundred lines of code needed to share mousedown/mousemove state via functional programming. It highlights how such a lightweight desktop can evolve into an app builder or store—offering users an Automator‑style UI where they can create, sell, and program actions—while designers focus on single‑column layouts that adapt smoothly from large desktop screens to mobile devices. The author concludes that this practical side project provides valuable programming practice and serves as an impressive portfolio showcase for hiring talent.

The poem paints a whimsical picture of programming as a journey guided by three bird‑like companions: the rubber‑duck debugger Alice, who helps you spot bugs by talking through your code; the “chicken” Malice, whose playful antics represent the unpredictable nature of causality and the occasional jello‑like confusion that can arise when things don’t line up as expected; and the goose Obo, a mischievous helper that reminds programmers to be humble, watch for off‑by‑one errors, and keep their logic tight. Together they illustrate how talking through your code (with Alice), embracing its quirks (Malice), and checking every detail (Obo) can make programming both fun and more reliable.

A poetic allegory of JavaScript programming begins by inviting the reader into the world of “spaghetti” code, where variables hold both strings and numbers just as useful as winter sweaters or crispy cucumbers. It explains how objects—like a cat named Alice with a __name__ property—can be assembled, referenced, and even self‑referencing using `this`, while arrays neatly store related numbers. The tale continues with examples of rooms connected by doors to illustrate object composition, then moves on to functions as black boxes that accept arguments and return values, if‑statements that direct control flow, and loops that iterate over lists—all presented as straightforward building blocks for writing small programs. The post ends by encouraging the reader to explore tutorials and YouTube links so they can start coding their own “little programs.”

The post argues that programming is not only about writing code but also about being able to read and understand it in the future, so we should aim for simplicity. It contrasts three common styles—spaghetti code, object‑oriented code that often fails in practice, and functional code—which forces us to write small, pure functions that take an input and produce an output, usually in a single line. By chaining these functions in a simple list or array, we get a program that is easy to inspect, debug, and extend, because each function’s name reveals its purpose and the flow of data is clear. The author encourages building programs from such simple functions without learning a new style; just use the functional approach to make future self’s life easier.

The post outlines a minimal toolkit for building a web‑desktop interface: four core actions—dragging, resizing, focusing and desktop panning (moving all windows at once)—plus a “overwatch” helper that zooms out to reveal the app menu. It recommends starting with simple mouse‑up events or zIndex tweaks, using Svelte for component logic, Bootstrap cards (or BootsWatch themes) for styling, and positioning everything inside one relative container while making individual windows absolute. For persistence it suggests PouchDB, noting that only the username is kept in a session variable across reloads, and encourages later replacing PouchDB with a custom‑built store. Finally, the author sees this as an easy entry for a design portfolio, but hints at future extensions like an Automator‑style window builder or even a visual programming language reminiscent of Blender’s Geometry Nodes.

Programming is about building and linking small components through simple algorithms, keeping code clear and avoiding spaghetti.

Use a narrated version of Bill Bryson’s “Short History of Nearly Everything” as the scaffold for your self‑education—listen to it instead of reading it. Choose your own path, guided by great achievements rather than family or culture, and be careful who you call “great,” because many pretend to know more than they do. Rely on wise books (especially narrated ones) as real teachers; memorization is only a test‑passing trick used by some teachers to sell out for paychecks. Start early with something light‑weight like programming, build startups at your own pace, and keep synthesizing knowledge from those books to unlock your genius.

The post celebrates the idea that each person is a self‑sufficient adventurer and creator, not merely a worker or poor soul; it suggests that poverty, hunger, and homelessness arise from a lack of learning rather than effort. By issuing a simple universal income card—coded in fewer than 500 lines—each human could be guaranteed a steady livelihood without disrupting regional economies. The author then turns to the power of books: they are the “treasures” that carry wisdom across generations, enabling one to become a thinker, philosopher, artist, and composer; they also guide travelers on trails like the Appalachian and Pacific Crest. Finally, by turning what we learn into poetry and stories, we preserve our spirits for future friends. The piece ends with an invitation to self‑education and curiosity, promising that through such learning each person can rise from “worker” to “great being,” becoming part of humanity’s launch toward a universe where knowledge and creativity light the stars.

The post celebrates personal growth and self‑definition, urging the reader to continually rise above their own “common levels” and build a unique character through daily progress. It reminds us that we are born of stars, capable of defining ourselves and becoming wise by learning from books and adventures. The writer encourages living firmly in the universe, keeping each day better than the last, and believing that constant rising is what lets the world grow.

Programming becomes engaging when it’s taught with real projects, not just theory—side‑projects let you learn by doing, while working for others keeps your future in your own hands. The post proposes building a tiny operating system entirely inside PouchDB: each document is a file or folder, and a simple file manager can open “windows” that are themselves documents. By adding CodeMirror as an editor and xterm.js as a terminal you can manage the files from the command line, sync across machines via CouchDB, and eventually run a full web‑based OS. This DIY approach is not only fun but also portfolio‑boosting; it opens a market for user‑built apps on your platform, with small revenue shares, while drag‑and‑drop builders can generate production‑ready code that users host themselves. In short, the article argues that programming is never dull—when you build, invent, and own your tools, it becomes a living art form.

In this poetic essay the author argues that the secret to building large empires lies in keeping things “cute and tiny”—small, elegant algorithms and data structures such as two‑branch trees. He illustrates how even the ranking engine of a once‑useful search site and the AI powering the biggest video site are built from simple, compact components. The essay then turns into a practical blueprint: by offering developers an easy‑to‑import file‑system library that stores files in memory (with optional expiration and checksum filenames), one can create a lightweight, scalable storage service that many programmers will automatically adopt for their test code, thereby generating a growing empire of users and data. The author concludes that such small, versatile building blocks are the only way to grow a large empire.

The post argues that ending poverty for all people worldwide hinges on a universal income card, but this alone is insufficient without “real” schools that deliver tangible results; it criticizes current schooling systems as shame‑based and punitive, and proposes that learning computer programming—an accessible skill with abundant self‑study resources—provides individuals the ability to create digital goods stores, connect creators and consumers, and generate income that can fund real schools, thereby enabling communities to lift themselves out of poverty through cooperative entrepreneurship.

A self‑referential system—like the “WikiWiki” idea—lets a page edit itself by treating side menus, layout templates, and even server configuration as editable articles; with a simple edit button and a small markup syntax (e.g., `[include ArticleName]`) an editor can pull any article—including the one being edited—into the page, enabling infinite loops that make good Easter‑egg material such as a chatbot that converses with itself in the style of Eliza. By treating program construction as a collection of files and directories (as in Plan 9), developers can build applications where each step is an editable file, assign bounties to tasks, receive alerts when completed, and ultimately assemble a fully functional application simply by managing its files rather than writing code from scratch.