From Rockets to Realities: The Power of Simulations
- theentropycode
- Jul 28
- 5 min read
Why accurate simulations are humanity’s true gateway to alien worlds—and why that's incredibly exciting!
Do you believe there is life on planets other than Earth?
Yes
No
Still No Aliens
Did you know that around two-thirds of Americans (65%) believe intelligent alien life exists somewhere in the cosmos? Yet, despite a universe containing potentially billions of habitable planets, we've never found a shred of evidence for them. This contradiction has a name: the Fermi Paradox.
The universe seems silent. Empty. But maybe we're just looking for aliens in the wrong place—or in the wrong way.
Do you believe humans can be an interplanetary species?
Yes
No
Why Rockets Won't Get YOU There
Elon Musk is brilliant. He wants to put humans on Mars by around 2030, and has dreams of a thriving colony of a million people by 2050. That’s ambitious, impressive, and exciting—but it barely scratches the cosmic surface.
The nearest star system, Alpha Centauri, is 4.2 light-years away. Even our fastest spacecraft would take around 100,000 years to get there. Let that sink in: when our spacecraft arrives, humanity as we know it might not even exist anymore.
What about actual Earth-like planets? Kepler-186f, a confirmed Earth-sized world in the habitable zone, lies about 580 light-years away. At current technology speeds, we’re looking at travel times of around 15 million years.
Space is unimaginably vast—and humans weren't built for interstellar voyages. Biological, technological, and generational hurdles are staggering. If your great-great-great-grandchildren's grandchildren ever see an alien world, they’ll still be considered incredibly lucky.
Or maybe, there's a shortcut.
Do you like Simulation Games?
Yes
No
The Simulation Revelation
I was once obsessed with interstellar travel. But then I started thinking: what if we don't need to go anywhere physically to experience the universe?
That realization changed everything for me.
Consider this: we've advanced tremendously in simulating physics and biology. Modern science regards computer simulation as the "third pillar" of exploration, equal in validity to theory and physical experimentation. Projects like NASA's Exoplanet Travel Bureau allow virtual exploration of distant worlds. They're not fantasies—these experiences are meticulously grounded in real astronomical data, accurate planetary models, and physics-based environmental simulations.
For example, Kepler-186f—with its dim red star and heavier gravity—has been vividly simulated to show a crimson-tinted, twilight-lit surface. Scientists know its sky wouldn’t look like ours; the plants, if they exist, might be deep red or black to absorb their star's scarce, reddish light. All of this can now be realistically explored through immersive VR experiences, today, not in thousands or millions of years.
This isn’t just video gaming; it’s scientific exploration. It's traveling without moving.
Did you have fun being a bat?
Yes
No
Seeing Through Alien Eyes
But why stop at planets?
Recently, I dove into the sensory world of bats. Did you know that bats can detect surfaces as thin as human hair using sound? By accurately simulating echolocation—where objects light up momentarily as sonar pulses ripple outward—I experienced something incredible: I didn’t just learn about bats; I saw the world through their eyes.
And when I wanted to portray a Tyrannosaurus rex, I didn’t just imagine it—I deeply researched fossil records, muscular anatomy, and feather evidence. I found that T. rex wasn’t the sleek, monstrous reptile movies portray, but a massive, broad-bodied animal covered in pebbly scales, possibly with sparse proto-feathers. This wasn’t imagination alone; it was scientific resurrection through rigorous simulation.
What’s the difference between simulating a bat, a dinosaur, or an alien biosphere? Nothing—if your physics, biology, and data are solid enough. The simulation stops being a mere visual effect. It becomes a legitimate portal to genuine discovery.
Has this blog made you Simulation-Curious?
Yes
No
Your Chance to Meet Aliens—in Your Lifetime
Here's the mind-blowing part:
Realistically speaking, physical human interstellar travel won't happen soon. Even Musk’s optimistic Mars colonization timetable leaves the stars far out of reach for centuries. But through accurate simulation, the universe—and alien life—is accessible to us, now.
Imagine this: within the next decade, you might strap on a VR headset powered by a hyper-realistic simulation rooted in real planetary physics, chemistry, and biology. You’ll step onto Kepler-186f, walk through crimson forests, and meet creatures that evolve realistically in the virtual environment. You might genuinely wonder: is this alien planet “real”?
As philosopher David Chalmers argues, "Virtual reality is genuine reality." If your brain perceives it, if it’s detailed and convincing enough—doesn't that make the experience fundamentally real?
This isn’t a fantasy. Realistic simulation is humanity’s practical route to experiencing alien life in your lifetime. We don’t need to wait thousands of generations. With rigorous scientific modeling and immersive virtual reality, the first alien you meet may genuinely be waiting inside a computer, discovered in the code.
Why This Matters: The Entropy Code Connection
My current film project, The Entropy Code, is entirely handcrafted—not AI-generated. Yet, paradoxically, it's exactly why I've embraced AI in my other work. My obsession with simulation, realistic physics, and alien biospheres isn't about replacing art—it's about extending reality itself.
The Entropy Code asks: what if humanity were the aliens in someone else’s simulation? It explores the morality and consequences of running worlds purely for observation and extraction.
When I simulate distant worlds, dinosaurs, or the life of a bat, I’m doing the same thing—but ethically and consciously. I’m exploring, not exploiting. I'm witnessing emergence, not engineering control.
My simulations aren’t fantasies—they’re telescopes pointed inward. I’m not replacing reality—I’m enriching it.
Are you a member of The Entropy Code Facebook Community?
Yes
No
The Answer to the Fermi Paradox
Maybe the reason we haven't met aliens isn't because they're not out there—maybe advanced civilizations quickly realize simulation is more practical, faster, safer, and more meaningful than physical travel.
Maybe aliens aren't silent; they're simply busy exploring universes of their own making, inside simulations.
If so, perhaps humanity's next leap forward isn't rockets—it's rendering realities we haven't imagined yet.
For the first time in history, you don't have to wait generations for the cosmos to reveal itself. You just need the right code, the right physics, and an open mind.
And that first alien you meet might be waiting for you to press play.
Sources & Credibility
Pew Research Center (2021): 65% believe intelligent alien life likely exists.
Elon Musk’s public Mars timelines: crewed Mars missions projected between 2028-2030.
Interstellar travel: ~100,000 years to reach Alpha Centauri with current tech, ~15 million years for Kepler-186f.
NASA’s Exoplanet Travel Bureau: immersive virtual tours based on astrophysics.
Philosophical support from David Chalmers, affirming virtual reality as genuine experience.
This isn't sci-fi. It’s humanity’s new roadmap to alien worlds—and you're invited.
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