Mildly Opinionated

After deleting that channel, something strange happened. I couldn’t just sit down and play anymore. Whenever I tried, there was a dull, hollow feeling—like I was missing a step in the process. Booting up a game without OBS running felt wrong, almost wasteful. I’d stare at menus, load into the world, and feel an urge to hit “record,” not because I had anything worth capturing, but because it felt incomplete otherwise. Without that sense of documentation or purpose, even games I loved felt gray and lifeless.

I tried forcing myself to play for fun, but my mind would start breaking everything down automatically. What’s the angle here? Could this be funny in a video? Is this clip-worthy? It wasn’t play anymore—it was post-production in real time. The joy of gaming had been replaced by the muscle memory of performance.

When I really think about it, I don’t think I was addicted to creating content. I was addicted to connection. Streaming or recording gave me an illusion of companionship. Even if no one was watching, I could imagine that someone might. That simple possibility filled the silence and gave meaning to every run.

And then, one day, that silence came back.

These days, I find myself loading up games and losing interest within minutes. I’ll launch Thief Simulator 2 or an empire builder and just… stop. Not out of frustration, but indifference. The part of my brain that used to crave efficiency—the grind, the optimization, the “goal”—has quieted. Without it, I’m left wondering what the point even is. What’s the purpose of playing if there’s no end product?

It wasn’t until I watched my wife fall in love with gaming that I started to see the answer.

The first game she ever completed was Journey. Watching her play it was like watching someone discover the soul of gaming for the first time. I’d already played it years before, but through her eyes, it felt new again—like I was reliving the wonder I’d forgotten. She wasn’t thinking about collectibles or secrets or efficiency. She was feeling her way through the desert, marveling at the music, stopping just to admire the light. When she reached the final ascent, I swear I could see the moment it clicked for her—that games weren’t just “games.” They were experiences, art, emotion, silence, and storytelling all wrapped together.

After Journey, she was hooked. These days, she’s obsessed with cozy co-op games. The kind of titles most people overlook—Spiritfarer, Stardew Valley, Unpacking. Watching her get excited over something as small as collecting a stack of wood in our shared Minecraft world makes me realize how far I drifted from that kind of joy. She’ll light up when I get home and tell me she’s gathered materials for the new house we’re building, and I’ll catch myself thinking about optimization, layout, and resource flow. Meanwhile, she’s just happy to exist in the world we’re creating.

That difference between us has taught me more about gaming than any tutorial or design lecture ever could. She’s teaching me to slow down—to see play not as progress, but as presence.

We’ve made a little world together in Minecraft. I log in from work sometimes; she plays from home. It’s quiet, simple, and ours. No cameras, no commentary, no goals. Just slow, shared progress. That world has become something sacred. It’s not about survival or building monuments—it’s about the comfort of knowing that when I log in, she’s been there too, shaping a piece of our digital life while I was away. It’s strange. I used to measure my gaming life in uploads and analytics. Now I measure it in memories. In the little messages she leaves behind. In the farm she built without me noticing. In the torch she placed by a cave entrance so I’d know where to go.

That’s the kind of meaning I used to chase with content creation, except now it’s personal. Private. It doesn’t need validation. And yet, I still watch Let’s Plays.

A lot of people say they’re dead, relics of a bygone era replaced by reaction clips and speedruns. But to me, Let’s Plays are comfort food. They’re the digital equivalent of sitting in a room with someone and watching them play—a quiet sort of companionship. When I don’t have the time or energy to play a story-heavy game myself, I’ll watch someone like Markiplier experience it instead. His Firewatch playthrough has become a ritual for me—something I rewatch every year. There’s something grounding about the way he approaches it, not as a YouTuber trying to entertain, but as a person reacting to a piece of art. It feels like sitting by a fire, listening to someone think out loud. Maybe that’s what I’ve been chasing this whole time. Connection through experience. That’s what Let’s Plays were always about. Not spectacle, but presence. Someone to share the silence with.

That’s what gaming used to mean to me before the algorithms, before the upload schedules, before the dopamine of views and engagement. Back then, the joy came from being there. Whether it was exploring an empty wasteland, solving puzzles, or hearing the soft hum of digital wind—it was enough just to exist in that moment.

I think I lost sight of that when I turned play into performance. Every time I hit “record,” I was building a wall between myself and the game. It wasn’t me and the world anymore—it was me, the camera, and the hypothetical viewer. I wasn’t playing with the game; I was performing against it.

But when I watch someone like Markiplier explore a story, or when I see my wife light up over a small discovery, I’m reminded that gaming doesn’t need an audience to matter. It just needs to mean something—to make you feel something.

That’s what our Minecraft world has become. It’s not a production. It’s a shared heartbeat, a digital campfire where the only audience is us. Sometimes I think about making a journal for it—a simple record of what we do each session. Nothing fancy. Just little notes: “She built a garden.” “I fell into lava again.” “The sunset looked strange tonight.”

Over time, it’d become its own quiet story—ours alone. Maybe that’s where I’m at now. I don’t need to record everything. I don’t need to perform. I just need to exist within these spaces and let them exist within me.

So yeah, I still watch Let’s Plays. But now, I understand why. It’s not nostalgia—it’s communion. A reminder that we play to connect. To each other, to ourselves, to the stories that remind us why we ever cared in the first place.

AB 105 and SB 130 aim to require websites that host content considered harmful to minors to implement some form of age verification. In practice, this usually means submitting a government issued ID, undergoing a biometric scan, or relying on a third party verification service. To prevent users from bypassing these checks, the bills also pressure websites to identify and block access from users who appear to be connecting through a VPN. This means that anyone whose traffic is routed through an encrypted connection could be denied access to websites that fall under the jurisdiction of the law. The justification is simple on paper. If a VPN hides a user’s geographic location and age, then a minor could use one to break through a digital barrier meant to protect them.

The concern arises when the broader implications are considered. VPNs are not niche tools reserved for evading website restrictions. They are widely used in everyday life by remote workers, travelers, journalists, small business owners, and individuals who simply prefer not to broadcast their location to every site they visit. They protect users from data breaches on public WiFi, prevent advertisers from tracking browsing habits, and encrypt communication in ways that shield people from malicious actors. They are also recommended by countless cybersecurity experts and digital rights organizations. For many people, a VPN is as essential as antivirus software.

This leads to one of the central criticisms raised by groups such as the Electronic Frontier Foundation. The attempt to regulate VPN usage for one narrow purpose can create a ripple effect that impacts everyone. For example, if websites begin to fear legal consequences, they may choose to block all VPN traffic outright, regardless of whether the user lives in Wisconsin or qualifies as a minor. This type of over blocking is common when policies hinge on vague definitions or complicated enforcement requirements. In this case, the definition of “material harmful to minors” is broad and its boundaries are difficult to determine with precision. As a result, websites may react by restricting access in ways that affect adults who are behaving completely within the law.

There are also concerns regarding the privacy risks associated with age verification. Requiring users to submit sensitive identifying information can create new vulnerabilities. Hacks, data breaches, and leaks of personal documents are already common problems across the internet. Introducing mandatory ID checks for a wide range of websites risks increasing the amount of sensitive data stored across multiple platforms. Critics argue that while the goal of protecting minors is understandable, the method may unintentionally expose people to greater identity theft risks.

Still, it is important to acknowledge why lawmakers pursue these bills. There is a genuine desire to address the challenges posed by online content accessible to minors. Many families feel overwhelmed by the speed at which technology evolves, and legislators are pressured to provide solutions. Some supporters of the bills believe that strict age verification is the only way to guarantee that minors cannot access inappropriate sites. Others view VPN blocking as a necessary measure to prevent circumvention. These arguments are not without reason. However, they are complicated by the realities of technology and the ethical questions surrounding privacy.

Beyond the technical debate lies another factor that often influences public policy: political messaging. When legislators frame these bills as moral imperatives, the discussion can shift away from the nuanced balancing act between safety and freedom, and toward emotionally charged rhetoric. This type of moral grandstanding can be persuasive, especially when it centers on protecting children. Even critics acknowledge that such framing is powerful. It creates a dynamic where opposing the bill appears synonymous with failing to protect minors, even if the concerns raised are legitimate and grounded in practical reality.

This tactic often relies on what some observers describe as societal confusion around whataboutism. When presented with a moral dilemma, people tend to focus on the immediate emotional appeal rather than the wider consequences. Politicians who employ moral grandstanding sometimes rely on this confusion. They present the issue as a binary choice: either support the bill to protect children, or oppose it and risk appearing morally negligent. In this environment, concerns about privacy, cybersecurity, constitutional rights, or unintended consequences can be dismissed as secondary. This tactic can be manipulative because it pressures individuals to support legislation even if it contradicts their values or personal beliefs about privacy and freedom.

A neutral examination reveals that the intentions behind AB 105 and SB 130 are not inherently malicious, but the execution raises genuine concerns. The desire to shield minors from harmful content is understandable and widely shared. However, the tools chosen to reach that goal carry significant consequences for adults, businesses, and the general public. Over blocking VPNs could disrupt the workflow of remote employees. Mandatory ID verification could expose personal data to new threats. Websites may face costly technical requirements that are difficult to implement accurately. These outcomes are not hypothetical. They are documented consequences of similar laws in other regions of the world.

Ultimately, the question becomes one of balance. Can society protect minors online without weakening privacy rights for everyone else? Critics urge that solutions should be targeted, technologically informed, and respectful of constitutional boundaries. Supporters counter that without strong measures, young people remain vulnerable in an unregulated digital environment. Both viewpoints hold some truth.

I. Consciousness as an Emergent Process

The most common answer, at least in modern scientific circles, is that consciousness is an emergent property of biological complexity. The neurons in our brains fire in patterns so intricate that awareness simply “emerges.” According to materialism, the mind is what the brain does.

It’s a convenient explanation. It aligns with everything we can observe: damage the brain and consciousness fades; stimulate it, and thoughts or sensations appear. The problem is that this model doesn’t actually explain why any of it feels like anything. If the brain is just a machine moving electrons and chemicals, why should there be a subjective experience of pain, joy, fear, or color? How does a network of atoms produce the feeling of being alive?

This is the so-called “hard problem” of consciousness. Materialism can describe the machinery perfectly but cannot account for the presence of experience itself—the inner movie of life. It’s like knowing every pixel and code line of a video game but not being able to explain how it feels to play it.

Under this view, sentience evolved as an adaptive advantage. The ability to reflect, to predict, to imagine outcomes, and to empathize helped us survive. Consciousness became a biological feedback system—a mirror through which life could evaluate itself. And yet, for all the progress neuroscience has made, it has not uncovered the moment where matter suddenly becomes mind.

II. Panpsychism: The Universe That Feels

Then there’s panpsychism: the idea that consciousness isn’t something that emerges, but something that’s always been there. Every particle in existence, from electrons to quarks, contains a tiny seed of experience. Not human awareness, of course, but some primordial trace of “feeling.”

In this framework, when enough matter organizes in a certain way—like in a human brain—those countless micro-experiences integrate into a unified field of awareness. The mind, then, isn’t created; it’s synthesized. Consciousness is the fundamental texture of the universe, and complex life forms are the instruments that bring it into harmony.

This perspective avoids the hard problem entirely because it doesn’t treat consciousness as something foreign to matter. It’s built in. The difficulty, however, lies in explaining how countless individual micro-consciousnesses combine into one coherent experience—the “combination problem.” How do trillions of tiny awarenesses unify into you?

Still, panpsychism aligns neatly with the law of conservation. If consciousness is intrinsic to energy and matter, then it cannot be destroyed—only rearranged. When we die, our consciousness doesn’t vanish; it simply disbands. The energy that once organized it disperses, and the pattern that defined our individuality fades, like ripples dissolving back into water.

III. Idealism: The Dreaming Cosmos

A third perspective goes even deeper: idealism, which claims that consciousness isn’t just fundamental—it’s the only thing that truly exists. The physical universe, under this interpretation, is an expression of mind. Matter is a phenomenon within consciousness, not the other way around.

Think of it as a shared dream. Each person is a localized expression of a universal awareness. The laws of physics, including conservation, operate within the parameters of that greater mind. Death, then, is not the extinction of consciousness but the end of one localized perspective. The wave falls back into the ocean.

Idealism is elegant because it erases the paradox between physics and experience. Conservation isn’t violated because consciousness doesn’t disappear—it simply shifts its mode of existence. The flaw, of course, is that idealism can’t easily be tested. It demands a level of metaphysical trust that science can’t comfortably entertain.

Yet, when you step back, it’s worth noting that science itself assumes consciousness implicitly. Every experiment, every equation, every theory presupposes an observer capable of observation. Consciousness is the one thing we know exists directly, yet it’s the only thing modern science refuses to take seriously.

IV. Death and the Illusion of Blackness

Returning to that common phrase—“everything goes black”—we find it lacking not just philosophically, but physically. Blackness itself is still something; it is still an experience. If true nothingness followed death, there would be no perception of black, no memory, no awareness at all. It would be beyond even the concept of absence.

People use “black” as a metaphor because they can’t conceive of true nothingness. The human brain can’t imagine the absence of self; it can only imagine darkness or sleep, both of which are still states of consciousness. So when someone says death is like turning off a light switch, they’re using an analogy that doesn’t really hold. Lights can be switched off, but the energy that powered them remains.

If consciousness is tied to energy—even in the most abstract sense—then it must, in some way, persist. Whether that persistence takes the form of universal integration (panpsychism), re-assimilation into a cosmic mind (idealism), or simply redistribution of bioelectrical charge (materialism), the underlying law stands: nothing truly disappears.

V. The Conserved Mystery

The law of conservation doesn’t just apply to matter and energy. It applies, metaphorically, to meaning as well. Existence seems to recycle experience the same way it recycles stardust. Every death, every collapse, every entropy leads to reformation. Stars die so others may form. Forests burn so seeds may sprout. Perhaps consciousness obeys a similar rhythm.

If that’s true, the atheistic “everything goes black” isn’t a statement of truth—it’s a statement of limitation. It describes what we can no longer observe, not what actually happens. To claim absolute nothingness after death requires more faith than to believe in continuity, because it assumes the complete annihilation of something that cannot yet be measured, defined, or replicated.

Whether one calls it energy, awareness, or the field of consciousness, the fact remains: the universe does not waste anything. Every atom that has ever been part of you will go on existing. Every synapse that once fired will release its energy back into the system. The structure may dissolve, but the essence—the motion, the vibration, the spark—persists.

So maybe death isn’t the great blackout people think it is. Maybe it’s a transformation—one that moves consciousness from one form of coherence to another. From pattern to potential. From the self to the cosmos.

Take, for example, my comment: “How do I process grief? Well, in five easy steps like the rest of humanity.”

It’s obviously a joke — dark humor playing on the five stages of grief model that everyone learns about in high school psychology. The irony is the point. It’s sardonic; it’s dry. It’s the kind of humor that uses awareness of suffering to make light of the absurd way humans rationalize it.

And yet, people online will treat that as if I’ve somehow missed the message of the original video — a video that, by the way, couldn’t be more transparent in its meaning. It’s elementary, almost painfully so. You’d think the phrase “five easy steps” would tip people off that I was being ironic, but no. Apparently, nuance is a lost art on the internet.

What’s funnier is that someone else got it. They replied to another person who misunderstood me, explaining: “There’s five stages of grief... that’s the joke. Psychologically speaking, it’s how humans cope with their suffering — made popular by Swiss-American psychiatrist Elisabeth Kübler-Ross.” That person didn’t just get it; they contextualized it. They saw that humor and grief often overlap because that’s how people survive heavy emotions — by laughing through them.

It makes me wonder how often people confuse humor with ignorance. Dark humor, in particular, isn’t about mocking pain; it’s about acknowledging it in a way that doesn’t destroy you. It’s an act of control — a form of intellectual rebellion against the things that hurt us.

The more I thought about it, the more I realized the argument isn't really about astronomy. It's about how people think.

I posed a simple, tongue-in-cheek question.

As much as I appreciate the skepticism, lemme pose a simple A and B Question: Would you rather have:

Option A:

Or...

Option B:

Obviously the option A is Einstein's field equation and the bottom one is obviously a black hole. Now the reason that I chose to use this is an example it's because the the field equation essentially in its most basic sense describes how light bends in SpaceTime whereas the black hole image demonstrates this gravitational lensing.

So when explaining super complex almost abstract Concepts almost everyone would pick the image because it's simply easier to understand rather than the mathematical equation, which technically is more accurate.

The reason that people would pick the image over the mathematical equation is not because the image is better evidence, but because human beings are visual creatures. We understand pictures far more easily than tensor calculus and differential geometry.

That's the entire point.

The image isn't replacing the mathematics. It's translating it.

Most of what astronomers study isn't even visible to the human eye. We can't see radio waves. We can't see X-rays. We can't see gamma rays or infrared light. Our eyes simply weren't built to perceive them.

So what do scientists do?

They build instruments that can detect those wavelengths. They collect enormous amounts of data. They compare those observations against mathematical models that make testable predictions. Then they translate all of that information into something the rest of us can actually comprehend.

That's where CGI comes in.

Not as evidence.

As communication.

A black hole visualization isn't claiming, "This is exactly what your eyes would see if you floated next to one."

It's saying, "Based on the mathematics and the observational data, this is what these phenomena would look like."

Could someone fake a CGI image?

Of course.

Just like someone could fake a graph, fake a spreadsheet, fake a weather radar image, or fake an MRI scan.

That tells you absolutely nothing about whether the underlying data are legitimate.

The evidence isn't the picture.

The evidence is the mathematics, the observations, the spectroscopy, the telescope arrays, the reproducible measurements, and the countless independent attempts to test whether those predictions actually match reality.

That's why science is so powerful.

It isn't based on authority.

It isn't based on believing NASA.

It's based on reproducibility.

If someone has the expertise, the equipment, and the time, they can analyze the same data, derive the same equations, and see whether the predictions hold up.

The scientific method isn't designed to prove ideas right. It's designed to prove them wrong. Theories survive because people spend decades trying to break them, and the ones that continue making accurate predictions become the best explanations we have.

At the end of the day, I don't trust a black hole visualization because it looks convincing. I trust that it represents a model that has survived decades of scrutiny, testing, refinement, and independent verification.

So no, the CGI isn't the evidence.

It's the translation.

The equations are the language.