I’m almost finished a program that builds a simple website by scanning folders of text files; it relies on many little “library” modules that you plug in to extend its capabilities. The code is written in a single‑line, chained style where each tiny routine passes its output to the next one, which makes it elegant but hard to read. Because the site contains roughly a thousand poems and a hundred video playlists, the program must repeat many operations over and over again—so I’ve added a cache that memorizes expensive calculations (like converting 1 000 seconds into minutes and seconds) so they’re not recomputed each time. I also built an image‑processing routine to assemble thumbnail images into a cover photo for each video series, which required downloading missing thumbnails, fitting them optimally, and stitching them together; the whole project illustrates how small, modular steps can become surprisingly complex yet remain delightful to develop.

In computer programming instant, shame‑free feedback is praised as a powerful form of testing; the author contrasts this with traditional standardized schooling, accusing teachers of treating grades merely as motivation tools, lacking self‑reflection, and viewing students as revenue sources rather than learners; he argues that such systems breed fear of failure, hinder problem solving, and betray children—who then reject school not because they are poor or mean but because it lacks authenticity—and calls for teachers to provide genuine, instant feedback so that failure becomes a compass for learning, promising that authentic self‑education will make schools wiser and brighter.

A tutorial is a step‑by‑step learning tool that can be powerful when organized into a coherent series of lectures, but often loses its value once it’s converted into a formal college program that merely mimics the original structure and adds noise. The post contrasts tutorials with manuals and cookbooks—each useful in its own way—but notes that tutorials still lack cross‑links to other topics, limiting deeper understanding. The author stresses that a good professor can bridge those gaps, guiding students through linked concepts, while institutional degrees often become frauds when students simply memorize rather than internalize the material.

I began diagramming in sixth grade with a simple lottery‑simulation program, and that early practice evolved into a lifelong tool for visualizing ideas—from the Geometry Nodes in Blender to hand‑drawn concept maps—and now I use free digital art programs like Krita and open‑source mind‑mapping tools such as FreeMind to build large, flexible diagrams; these mixed, sometimes “incoherent doodle”‑style charts blend mental webs of lines and labels with tangible paper or canvas so that concepts stay vivid in memory, can be rearranged on the fly, and ultimately help me think wider, learn faster, and master everything from 3D modeling to programming.

I’ve been crafting web pages for years, starting with basic HTML and ASP, then moving on to Perl, PHP, ActionScript, Java, and finally Node.js—all while learning by building buttons and other elements. Using simple tools like Notepad, I discovered how much code can be learned through hands‑on practice, and each new language added to my growing toolbox. The journey feels like a fun game, where the keyboard becomes your toolset; if you take the first step into JavaScript, you’ll find yourself well equipped for further adventures in programming. Give it a try today—watch a JavaScript tutorial video and dive in!

The post argues that true comprehension comes from materials organized for easy access, learning is an art that requires individualized instruction paced to each student’s comfort, and that modern schools fail by treating one teacher per many students, forcing memorization and disconnected lessons that match state tests but not real understanding; it calls for a return to authentic self‑education through books—hundreds or thousands of narrated works—to transform individuals and, ultimately, civilization.

By following your own curiosities and talents, you can build a lifelong, self‑driven education that constantly expands as you experiment with new combinations of knowledge. The post contrasts this organic learning process—where each discovery feels fresh and meaningful—with the formal academic system that often treats learning as a means to obtain credentials rather than true understanding. It urges you to tap into freely available resources—videos, books, open‑source programs—and actively seek out subjects that ignite your interest, because only through authentic, self‑guided exploration can you grow wiser and become “more of yourself.”

Real education is an adventurous journey of exploration and continuous learning: each new experience—whether through reading narrated books from the library or visiting museums, craters, mountains, shipwrecks, and other places—adds layers of knowledge refined by wise thinkers. By revisiting these sources repeatedly we deepen our understanding and sharpen decision‑making skills that guide future choices such as school, career, and life direction. The post stresses that learning starts early, grows with practice, and culminates in wisdom that shapes a lifetime of informed decisions, urging readers to trust their first thousand narrated books as the foundation for this lifelong quest.

The author proposes using an inexpensive single‑board computer—specifically a Raspberry Pi 4 kit costing under $200—as a practical development machine that forces efficient coding; he explains how such a slow system reveals performance bottlenecks (e.g., CPU fan noise) and encourages writing code that processes data in streams or with in‑memory caches, citing examples from Node.js stream processing, XML databases, and Java crashes to illustrate the need for lightweight solutions. He then outlines a distributed-processing pattern using ZeroMQ and many Raspberry Pi Zeros, showing how scaling can be achieved by adding more machines, and concludes that mastering efficient code through self‑education not only saves money but also positions one as a valuable developer capable of building competitive systems.

In the post, the writer reflects on creative growth, arguing that each new artwork should surpass its predecessor, and stresses how a comprehensive, real‑life education—encompassing digital art, design, programming, 3D modeling, circuit design, music composition, and applied philosophy—is essential for young people to shape the future. He presents integrated subjects such as math framed within drone design and generative art, noting that true learning emerges from contextualized knowledge rather than isolated facts. The writer frames self‑education as a lifelong quest of reading thousands of books (and even writing new ones), envisioning it as the means by which individuals can build tomorrow’s world with long‑term vision and become lovers of wisdom.

The post argues that cultural progress hinges on embracing narrated books from leading intellectuals; by learning through these works—repeatedly and reflectively—people can absorb the best ideas while shedding outdated ones. It stresses that education, not mere tradition, drives growth, and that a personal library of powerful narratives equips individuals to resist deception and manipulation. In essence, continuous study of transformative books enriches culture, unites it with global wisdom, and safeguards it against exploitation.

The post argues that many of society’s systems—grades, borders, wars, prisons, schools—are mere games or rituals that mask underlying problems such as poverty and miscommunication. It suggests simple fixes like universal basic income and better education but claims we still pretend the current systems are working. To break out of these “games,” it encourages personal initiative: start learning programming, digital arts, and entrepreneurship from high‑school years, build small startups until you find one that works, then grow your skills and knowledge. The author sees this as a quest for authenticity, urging readers to write books, keep learning, and dedicate themselves to self‑education so they can “grow all the way up” and become great beings.

The post explains the “fence‑post” problem that arises in programming when counting elements of a list (or array) and using zero‑based indices. By walking through an example with three apples, it shows how to set up a for‑loop: initialize the counter at 0, use the condition “counter < array.length”, and increment the counter each iteration; this yields counters 0, 1, 2 and stops before reaching 3, which is the correct loop boundary. The author also discusses common mistakes such as using “≤” instead of “<” or starting at 1, and notes that while some libraries choose to expose a one‑based page number for convenience, the underlying code should still be zero‑based for consistency. In short, the article illustrates why programmers must remember that array indices begin at 0 and loop conditions should reflect that fact.

The author argues that the traditional school system relies on rigid pre‑requisite classes, timed lectures, and rote memorization designed for state tests rather than genuine learning, so teachers can easily earn salaries by moving students through a fixed sequence of facts. He claims real education should be driven by student curiosity, project work, and flexible, hands‑on experiences—like building 3D printers or creating music—that let learners discover concepts naturally. The post calls for abandoning strict subject divisions and allowing students to pursue interests at their own pace, suggesting that true learning happens when teachers act as facilitators rather than schedulers of memorization.

The author reflects on human nature as an inherent drive toward growth, safety, and self‑education, arguing that wars, poverty, and weak schooling systems have thwarted the cultivation of true talent. He critiques conventional education for delivering only “noise” and superficial knowledge, claiming teachers often fail to turn lessons into real skills; a programming class should produce a working coder, an art lesson should yield genuine painting ability, and a 3‑D modeling course should culminate in a tangible creation. The post stresses that the responsibility of learning lies with each individual: by actively pursuing curiosity, turning it into talent, and taking ownership of one’s own education, we can become “great beings” and help rebuild a culture where nurture, wisdom, and lifelong learning replace institutional paychecks.

The post argues that learning any new skill—whether a language, programming, or art—is driven by practical context rather than textbook theory; just taking classes produces rote memorization and “gibberish” work, while actually writing programs (or building static site generators) forces deeper understanding and quick mastery. It illustrates this with examples from 3‑D modeling, where having a printer as a concrete tool anchors learning, and digital painting, where using reference images streamlines composition and color work. The author concludes that schools often deliver only shallow context, stifling creativity, and calls for real-world learning environments that yield lasting results.

The narrator begins by recalling how “Mother Nature” invited him into her woodland world, only to return home after days of solitude, reading books and reflecting on his own appearance; he then recounts vivid memories of watching the Hel Peninsula from the Baltic Sea, strolling along the Great Lakes and Nordhouse Dunes, and enjoying nights with seagull companions—his “sea cats” that made the moonlit evenings feel blessed—and concludes that this journey through nature has brought him wisdom, a sense of belonging, and a feeling of graduation as he re-enters civilization.

I started my coding journey with simple visual tools that felt like a board‑game, then moved through a stack of languages—Visual Basic, ASP, Perl, PHP and finally JavaScript—learning each from scratch projects such as a “FormMail” clone and later building drag‑and‑drop workflows reminiscent of Blender’s Geometry Nodes. Along the way I discovered how powerful Gulp’s `parallel()` and `series()` functions are for automating tasks (e.g., resizing images in parallel, compressing and publishing sequentially), and I even practiced with the WarriorJs game where you program a character’s moves via simple method calls. All of this shows that programming can be both playful and practical, turning any task into an automated, often over‑engineered masterpiece.

The post argues that learning is most effective when tailored to an individual’s own pace and interests; formal schooling often fails because it imposes fixed sequences and generic knowledge. To succeed in interviews and real work, one must build functional, exceptional knowledge—especially in software development—by creating personal projects such as in‑memory databases with distributed hash tables, documenting them, writing tutorials, and sharing plugins online. Starting early, a learner should map their curiosities into a mind‑map, iteratively exploring new topics and building side projects that evolve into businesses; this cycle of self‑education yields true expertise beyond rote diplomas.

Each child is a unique creation, and humanity must craft a culture that inspires, nurtures, and educates—an architecture of art where wisdom, not manipulation, guides life. The post argues that wars, borders, and cults are arbitrary tricks that waste time and cause poverty; the remedy lies in simple yet profound ideas: clear, dignified schooling that builds abilities for future generations to fix climate and end war, while abandoning bad ideas, hate, and endless taking.

The poem celebrates humanity’s inherent beauty and freedom, arguing that broken cultures lose their nurturing power while compromises erode wisdom. It calls for unity, growth, and education that enlightens the young without stagnation; poverty is seen as a source of terror and war merely a temporary ceasefire. Schools should be free from cruelty, and the world belongs to future generations—so we must become far‑seeing wise beings.

The post explains that curiosity is simply noticing something new—like learning to use a 3‑D printer—while an idea is what emerges from that curiosity and can be developed into something useful or creative; the author illustrates this with examples such as building a multi‑layer 3‑D printed wallet, telling a “yo mama” joke he claims to have invented, and finally describing his new Lowbrow‑art technique of using kitten head proportions to guide adult portrait drawings. He stresses that ideas are worth recording, nurturing, and never underestimating, because they can bring joy, laughter, and personal fulfillment when turned into tangible projects or artworks.

A young woman from an ancient city, inspired by a beautiful kitten, sought to master art and journeyed to a renowned artistic village where she consulted its wisest man. He instructed her to meditate, but after each meditation the woman returned with newly invented tools—sight‑size, proportional divider, grid method, graphite paper, viewing frame, light box, camera obscura—that gradually shaped modern drawing techniques; yet each invention prompted the wise man to send her back, insisting on simplicity. After many experiments and days of practice, she finally understood that only a simple thumb measurement was needed, defeated the wise man in front of the village, and thus proved her mastery. The tale concludes with the moral that those who impede art—whether by belittling, profiting, or claiming wisdom—will be remembered as fools.

The post explains that starting an art practice by using reference images directly—often called “tracing”—lets you learn quickly and build a personal style through shortcuts and visual pleasure. It recommends beginning with affordable tools like a $50 pen, tablet, and free software such as Krita to access its reference‑image tool and create your own compositions. Once you master laying out scenes from references, you can shift to freehand drawing while still grounding yourself in realistic physics, but also bending reality to invent colors and light. The author illustrates this with an example of painting a politician’s face: study the eyes and laughter from references, then compose the final piece freehand, ensuring harmony and purpose behind each sketch.