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I made the following updates to the website:

Added a new partner. (You can now see it in the 'Partners' section below.)

I made the following updates to the website:

Integrated Google Analytics for better understanding of website traffic.
Continued writing Article 3 (not yet complete).

I made the following updates to the website:

Adapted the website traffic trend analysis to support all currently available languages.
Implemented automatic detection of country codes using IP-API and automatically used the corresponding language pack for that country. (Currently covers 16 countries or regions)

Future update plans:

Create a dedicated page for articles.

I made the following updates to the website:

Added 2 language packs (Japanese, Russian).

An emergency fix was made to address the issue of Traditional Chinese language pack not displaying text. The Traditional Chinese language pack is now back to normal display.

I made the following updates to the website:

Added Article 3 (not yet complete).
Optimized the style of the line chart statistics.
Added some small details and fixed some known bugs.

Future update plans:

Continue to improve Article 3, adding multilingual support.
Optimize the logic of the directory and fix known issues (add a feature to toggle the directory on and off).

I added a dynamic feature to my website, where you can see some information about the site in real-time at the bottom of the page. Of course, if my technical capabilities are sufficient, I will add an online dynamic feature, allowing visitors to post updates as well.

Continue to develop new features or modules
Optimize user experience
Make some fun things

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Imagine this: you have a remote control that can reset anything, it can reset anything, whether it objectively exists or not. For example, resetting a relationship with someone so that after the reset, you are like strangers; or resetting a broken glass so that it goes back to the timeline before it was broken. What would you do with this remote control? (It can only be used to reset once and then it becomes invalid.)

This is my first dynamic, and also the test dynamic of the website. This column will put some interesting things in the future, similar to 'QQ Space' or 'WeChat Moments', and will also reprint some interesting things. Please look forward to it!

Utilities

This website provides some useful tools and commonly used website links for everyone to use.

Official Steam Store Link

Runoob Online Programming Learning Platform

article

In My Eyes, “Mental Illness”: Labels, Relativity, and the Truth of Loneliness

We often talk about “mental patients,” but do we really understand them? I’ve thought about this: is their problem truly a fault in their minds? To me, perhaps they simply possess a theoretical system fundamentally different from that of the majority.
They might say, “1 + 1 = 3.” To us, that sounds absurd—but they aren’t necessarily wrong. They use a unique logic and perspective to explain the world. In their framework, this expression may be reasonable—it just doesn’t align with the conventional coordinate system we use.
Mainstream society says a person should get up, eat, study, and sleep. But these “shoulds” are simply socially agreed-upon rules, a kind of artificial order defined as absolutely correct. Meanwhile, these individuals may deliberately carve out time from such routines to immerse themselves in their own worldview, developing a kind of logic that we simply don’t understand.

We label such people as “mentally ill.” This label seems neutral, but in fact, it’s a form of forced classification. It defines the boundary of “normal” and cuts off the possibility of true understanding.

I’ve always been sensitive to labels. They’re like sticky notes society casually slaps on people—“excellent,” “problematic,” “socially awkward,” “weirdo.” Over time, people begin to live according to the label, rather than their real selves. Yet reality is not black and white, and a label never captures a person’s essence.
Because of this, I’ve also come up with a belief: there is no absolute right or wrong in the world—only relative right and wrong. “1 + 1 = 2” is correct under decimal arithmetic and axioms of math. But if the system changes, what’s considered “correct” changes too.
Those we call “mentally ill” may simply be living in a different system. They may be isolated, excluded, and eventually fall into deep self-doubt. Some of them choose to assimilate—to suppress their original theoretical systems and conform to the mainstream, just to feel a little less lonely.

This kind of assimilation saddens me deeply. Because it’s not understanding, not acceptance—it’s suppression and compromise.

And honestly, I myself often struggle in this way. I crave expression and understanding, but most of the time, it feels like playing the lute to a cow. I don’t want to be labeled, and I don’t want people to avoid me just because I think differently. I want to say: maybe we don’t need everyone to think alike. Maybe we don’t need to measure people using a single standard. Perhaps real “normalcy” is not about conformity—but about finding connection through our differences.

The Multi-Layered Pollution of the Internet: The Path to Collective Psychological Collapse

In the age of information explosion, the internet was supposed to be a channel for connecting the world, inspiring thought, and carrying human wisdom. Yet in recent years, we have witnessed its distortion: it is no longer merely a technical space, but a black hole of emotions, a purgatory of values, and a graveyard of trust. This did not happen by chance, but through a gradual and clear process—a long-term struggle between human nature, psychology, society, and technology.
This article attempts to trace how the online environment has twisted step by step since 2019, from a "golden year" to a digital wasteland, from a square of consensus to a gathering ground of extreme isolation. By following this timeline, we can not only see how the internet has deteriorated but also understand the changes and struggles within humanity.

I. From Virus to Viral Emotions (2020)

In January 2020, COVID-19 first broke out in Wuhan, China, and quickly swept across the globe. Human society was forced to hit pause: lockdowns, working from home, and closed borders became the norm.
Disconnected from the real world, people turned to the internet for replacement. Short video platforms, microblogs, and messaging apps suddenly became the main battlefield for emotional release. Initially, there was mutual support and encouragement, but soon anxiety, dissatisfaction, panic, and mistrust spread rapidly. The internet was no longer just a tool—it became a psychological refuge, but also a source of emotional contagion.

II. Shadows Accumulate: Emotional Venting Becomes the Norm (2021)

In 2021, the pandemic lingered, and the sense of hopelessness deepened. More and more people expressed their repression, anger, and loneliness online.
On Douban, depression groups were shut down due to overly negative content; Zhihu was flooded with questions about anxiety, escapism, giving up, and academic burnout. "Emo culture" became a trend on short video platforms. Algorithms, designed to maximize engagement, amplified these posts, causing negative emotions to spread like a virus.
The internet began to resemble a massive emotional landfill. With no one to clean it up—and no one capable of doing so—people gradually adapted to, and even relied on, this toxic atmosphere.

III. The Rise of Abstraction: Expression No Longer Aims for Understanding (2022)

In 2022, various forms of "abstract expression" flooded the web.
Low-resolution, meaningless looping videos and illogical edits became popular on Bilibili and Douyin. Meme culture centered on "AI parodies" and surreal comics spread across forums. Expression became increasingly emotional and vague, no longer seeking clarity or logic.
For instance, "crazy literature" became trendy—posts that abandon grammatical or logical structure, preserving only symbols of pain or absurdity. Teenagers began using phrases like "I'm losing my mind" and "Humanity doesn’t deserve the internet" to express exhaustion.
Abstraction became a way to escape reality and emotional suppression—but it also blurred communication boundaries between people.

IV. Signs of Psychological Collapse: Extremist Thought vs. Real-World Turmoil (2023)

By 2023, extreme ideologies were accelerating globally.
On one side, the prolonged war in Ukraine and frequent Middle East conflicts made the internet a breeding ground for wartime propaganda and conspiracy theories. On the other, young people around the world, worn down by years of repression, began distrusting institutions, society, and even humanity itself.
Terms like "anti-humanity," "destructionism," and "pure evil" trended on social platforms. Bilibili’s "Deconstructing Society" series gained popularity, and on Weibo, discussions about AI destroying the world shifted from science fiction to genuine concern.
Extreme views were no longer niche—they were algorithmically amplified, pulling more people into cognitive echo chambers.

V. Collapse of Trust: The Breakdown of Interpersonal Structure (2024)

In 2024, AI-generated content surged, and distinguishing truth from falsehood became a major issue online.
Photoshopped images, fake videos, and pseudo-original articles flooded social platforms. During major news events, information often became untraceable. Users grew used to doubting everything: “Is this real?” “Was this staged?” “Is this just for clout?” became the most common comments.
At the same time, sarcasm, irony, and nihilism became the dominant tone. Sincere, serious, or thoughtful content gradually lost visibility. The internet, once a tool for connection, morphed into an emotional roller coaster—you never knew whether the next encounter would be kind or hostile.

VI. 2025: The Rise of Grotesque, Vulgar, and Destructive Content

In early 2025, international studies on the negative effects of online content on minors gained attention.
Teenagers were found to be addicted to videos containing violence, sexual suggestions, and grotesque humor—often under the guise of "jokes," "memes," or "challenges." These videos instilled distorted values, and some even encouraged dangerous behavior.
The internet became a "content alchemy furnace": whatever draws clicks gets produced—at any cost.
Adults may still be able to distinguish right from wrong, but the young gradually form a worldview where human nature is twisted and malice comes without consequence.

VII. The Release of Human Nature: Instinct vs. Order

When malice can be expressed without cost, and emotions can be spread irresponsibly, the internet becomes a magnifying glass for human instincts.
"I’m not evil—I’m just anonymous." "Don’t take it seriously—it’s just the internet." "Anyone who cares loses." These phrases became the internet’s theme song. Humanity didn’t become worse—it just lost the leash of social norms.
Just as you wouldn’t spit on the ground in public, but may hurl abuse online, technology has unleashed the parts of human nature we’d rather not confront. What we face is not just technology, but ourselves.

VIII. A Digital Imbalance Model: From 0 to 10,000

Let’s imagine a stable civilization as a score of 0.
When pollution is only 1, 2, or 3, we can counter it with education, public discourse, and law. But now, online pollution has grown exponentially: verbal abuse, algorithmic manipulation, fake information, emotional control.
To "subtract these pollutants" is no longer something a few individuals can accomplish. But "collective action" is exactly what we now lack—because we’ve lost our sense of "collective."

VIIII. Conclusion: Can We Still Subtract That 10,000?

This is not destiny—but it is a warning.
In 2025, we stand at a crossroads: wake up or fall deeper. The internet was once a source of enlightenment and connection. Now it is slowly becoming a seducer and corrupter.
Do you still dare to be "sincere"? Do you still dare to "trust"? Are you willing to be that -1 in a world of +1s?
If so, then start today. Use truth, kindness, patience, and logic—in every post, every share—to restore the internet’s sense of value.

ICT Literacy Campaign – An Introduction to Common Hardware, Software, and Technical Terms

The ICT (Information and Communication Technology) Literacy Campaign aims to help beginners understand the basics of computer hardware, software, and commonly used technical terms. This article covers standard components like CPUs, operating systems, application software, and various key terms. If you notice any mistakes or have suggestions, feel free to contact the author—we’ll update the content as soon as possible.

1. Common Computer Hardware Components

CPU (Central Processing Unit)

What Makes Up a CPU

Control Unit (CU): Fetches instructions from memory and manages their execution.
Arithmetic Logic Unit (ALU): Performs math and logic operations.
Registers: Small, super-fast memory used to temporarily hold data and instructions.
Cache: High-speed memory used to store frequently accessed data and instructions.
Bus Interface: A channel that connects the CPU to other hardware.
Cores: Modern CPUs often have multiple cores, each capable of handling tasks independently, which boosts multitasking.

Types of CPUs

Desktop CPUs: Designed for desktops, generally high-performance (e.g., Intel Core i7, AMD Ryzen 5).
Mobile CPUs: For laptops, focusing on energy efficiency (e.g., Intel Core i5, AMD Ryzen 3).
Server CPUs: Built for servers, offering higher stability and multitasking ability (e.g., Intel Xeon, AMD EPYC).
Embedded CPUs: Used in embedded systems (e.g., ARM Cortex series).
Mobile SoCs (System on Chip): Combines CPU, GPU, memory controller, and more into one chip (e.g., Qualcomm Snapdragon, Apple A series).

Key Metrics to Evaluate CPU Performance

Clock Speed: Number of instructions the CPU can execute per second, usually in GHz.
Core Count: The number of processing units—more cores generally mean better multitasking.
Thread Count: How many tasks the CPU can handle at once; some CPUs use hyper-threading to run two threads per core.
Cache Size: Internal high-speed memory that helps improve access times.
TDP (Thermal Design Power): The maximum amount of heat (in watts) the CPU is expected to produce under load.
IPC (Instructions Per Cycle): Number of instructions executed in each clock cycle—reflects CPU efficiency.

GPU (Graphics Processing Unit)

Main Parts of a GPU (Simplified)

Shader Cores: The main units that handle rendering and calculations.
VRAM (Video RAM): High-speed memory for storing graphics data and textures.
VRAM Controller: Manages how data is read from or written to the VRAM.
Graphics Pipeline: The entire rendering process—includes vertex processing, rasterization, pixel shading, etc.
Video Codec: Hardware unit for video encoding and decoding.
PCIe Interface: High-speed link between GPU and motherboard.

Types of GPUs

Dedicated GPU: Separate from the motherboard, with strong performance for gaming or creative work (e.g., NVIDIA RTX 4060).
Integrated GPU: Built into the CPU, usually for basic tasks like office work and video playback (e.g., Intel UHD 770, AMD Radeon Vega).
Mobile GPU: Designed for laptops, optimized for lower power usage (e.g., NVIDIA RTX 3070 Laptop).
Professional GPU: Built for workstations and creative professionals, offering better stability and computing (e.g., NVIDIA Quadro, AMD Radeon Pro).
Data Center GPU: Used in cloud computing and high-performance computing (e.g., NVIDIA Tesla, AMD Radeon Instinct).

How to Measure GPU Performance

Core Count: More cores usually mean better performance in parallel tasks.
Clock Speed: Measured in MHz or GHz; higher is usually better.
VRAM Size: Measured in GB; bigger VRAM helps in complex rendering.
Memory Bandwidth: Data transfer speed between GPU and VRAM (GB/s).
Floating Point Performance: Performance in math-heavy tasks, measured in TFLOPS.
Power Consumption (TDP): Maximum power usage under full load, in watts.

How GPU Relates to AI

Motherboard

Main Functions of a Motherboard

Connects components: Slots and ports for CPU, GPU, RAM, drives, and peripherals.
Power delivery: Supplies stable power to all components, managing voltages as needed.
Coordinates data transfer: Uses buses and chipsets to route data between devices.
Boots the system: Initializes hardware and loads the operating system.
Expandability: PCIe slots let you add sound cards, network cards, or more storage.
Cooling and monitoring: Has sensors and fan headers to monitor temps and manage airflow.

Main Structure and Ports (Simplified)

CPU Socket: Where the processor is installed (e.g., LGA, PGA types).
RAM Slots: For installing memory sticks—typically DIMM or SO-DIMM.
PCIe Slots: For GPUs, sound cards, and network cards—supports fast data transfer.
SATA / M.2 Ports: For connecting SSDs and hard drives; M.2 offers faster speeds.
Chipset: Manages communication between components.
BIOS / UEFI: Firmware that initializes hardware and launches the OS.
Power Delivery Modules: Supply power to CPU, RAM, and GPU.
Rear I/O Ports: USB, audio, network ports for external connections.
Fan and RGB headers: For connecting cooling fans and lighting setups.

Motherboard Size Categories

ATX: Full-sized board, for high-performance desktops.
Micro ATX: Smaller size, for mid-range systems.
Mini ITX: Compact board, ideal for small builds and low-power systems.

Things to Consider When Choosing a Motherboard

CPU Compatibility: Must match the platform (Intel or AMD).
Chipset Features: Make sure it supports what you need (PCIe version, number of USB ports, etc.).
Memory Support: Check if it works with your RAM type (DDR4/DDR5) and size.
Expansion Slots: Choose based on your hardware needs.
Port Layout: Consider how convenient the rear and internal ports are.
Form Factor: Make sure the board fits your PC case.
Cooling Design: Look for good heat dissipation and support for extra coolers.

Functions of RAM

Temporarily store data and programs: Loads the data of currently running software, files, and web pages into RAM so the CPU can access it quickly.
Provide a high-speed data channel for the CPU: RAM is much faster than hard drives, reducing CPU waiting time.
Support multitasking: Allows multiple programs to run at the same time, improving system responsiveness.
Cache data: Stores frequently used data and instructions, reducing repeated hard drive reads.

How RAM Works (Brief)

Main Specifications and Parameters of RAM

Capacity (GB): The larger the capacity, the more programs can be run at the same time. Common capacities are 8GB, 16GB, and 32GB.
Type (DDR3 / DDR4 / DDR5): Different generations of RAM offer different speeds and bandwidths. Higher generations generally perform better.
Frequency (MHz): The operating frequency of RAM. Higher frequencies mean faster data transfer. Common frequencies include 2400MHz, 2666MHz, and 3200MHz.
Latency: Measured as CL (CAS Latency), it indicates the delay in data transfer. Lower values mean better performance.
Voltage (V): The operating voltage of the RAM, typically 1.2V or 1.35V. Lower voltage means lower power consumption.
Channels: The number of memory channels—single, dual, quad, etc. More channels mean higher bandwidth.
ECC (Error Correction Code): A type of memory with error detection and correction, commonly used in servers and workstations.
Unbuffered Memory: A common type of RAM suitable for most personal computers and workstations.
Buffered Memory: A type of RAM with an extra buffer to improve stability and performance, often used in servers and high-performance workstations.

Types of RAM

DDR3 (Double Data Rate 3): An older type of RAM with slower speeds, often used in low-power devices.
DDR4 (Double Data Rate 4): The current mainstream RAM type with faster speeds and lower power consumption, suitable for most modern devices.
DDR5 (Double Data Rate 5): The latest generation of RAM, offering higher speeds and greater bandwidth for high-performance systems.

To be continued.

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Perseverance comes from passion.

About Voident_Game

"Minecraft Bedrock Edition" server IP address: mc.voident.xyz:19132
The studio's "Minecraft China Edition" server will be launched at the end of 2025.

简单主页 | Simple Mainpage

This is the repository for the Minecraft PCL2 launcher homepage preset 'Simple Homepage'.

Simple Homepage has always adhered to the principles of being clean, elegant, low-loading, and consistent with PCL's design style, striving to deliver an excellent user experience.

Feel free to fork this project to create your own homepage files! If you have any ideas, welcome to submit an issue. Pull requests are also greatly appreciated!

GitHub repository address of this website: https://github.com/MFn233/PCL-Mainpage

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localization

All translations are machine translations and may be inaccurate. Please refer to the original text in Simplified Chinese for comparison.

简体中文/people's republic of china
繁體中文/hong kong, taiwan, macau (PRC)
english/united states
Русский язык/russian federation
Deutsch/germany
日本語/japan
한국어/republic of korea

Hello, I'm Entertainment_YH

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September 14, 2025 Update Log

I made the following updates to the website:

August 13, 2025 Update Log

I made the following updates to the website:

August 10, 2025 Update Log

I made the following updates to the website:

Future update plans:

August 8, 2025 Update Log

I made the following updates to the website:

August 8, 2025 Emergency Fix

August 7, 2025 Update Log

I made the following updates to the website:

Future update plans:

Static website => Dynamic website

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An Interesting Question

My First Dynamic

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article

In My Eyes, “Mental Illness”: Labels, Relativity, and the Truth of Loneliness

The Multi-Layered Pollution of the Internet: The Path to Collective Psychological Collapse

ICT Literacy Campaign – An Introduction to Common Hardware, Software, and Technical Terms

1. Common Computer Hardware Components

To be continued.

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Voident_Game

About Voident_Game

简单主页 | Simple Mainpage

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