We all know Elon Musk, the man who managed to bring his childhood dreams to life—and continues to do so.
Electric cars, space rockets, robots, artificial intelligence!
At first glance, these things may seem unrelated, but in fact, they are links in the same chain—a long-term plan for the colonization of Mars, the creation of a new civilization, with one catch… Without humans!
All his talk about populating Mars and building cities for people is a lie—a distraction from the truth!
And the truth is this: a human being, a living organism, cannot leave Earth’s atmosphere. The reason? Space radiation.
Let’s turn to artificial intelligence and ask a couple of questions.
1) What is the farthest distance from Earth that humans have ever ventured into space?
Humans have conducted extravehicular activity (EVA, spacewalks) at various distances from Earth, but all of these took place in low Earth orbit (LEO).
The highest altitude for a spacewalk:
- The record is about 600 km (Gemini 11 mission, 1966).
- Astronauts Pete Conrad and Richard Gordon did a brief EVA (standing in the hatch), but did not fully exit the spacecraft.
- Full spacewalks (separating from the spacecraft) occurred at altitudes up to 540 km, e.g., from the ISS, which orbits at ~400–420 km.
ISS and spacewalks:
- The International Space Station (ISS) is at an orbit of ~400–420 km, and most EVAs have been conducted from there.
- For example, Alexander Misurkin (Roscosmos) and Peggy Whitson (NASA) did EVAs at that altitude.
Humans have not done spacewalks above 600 km:
- The Apollo missions (to the Moon) did not include spacewalks in high orbit.
- Gemini and Soyuz spacecraft did not go above ~1400 km (and no EVAs were done at that altitude).
Conclusion:
Humans have done EVAs at altitudes up to ~600 km, mostly between 350–450 km. Beyond that, no extravehicular activity has taken place.
2) How does radiation vary from Earth to deep space?
Radiation increases with altitude due to cosmic rays and Earth's magnetic field. Here’s a breakdown:
1. Earth’s Surface (0 km)
- Dose: ~0.1–0.3 μSv/h (≈1–3 mSv/year)
- Sources: Natural background (radon, soil, cosmic rays)
- Higher in mountains (~1–2 μSv/h)
2. Aircraft Altitudes (8–12 km)
- Dose: 2–10 μSv/h (varies with solar activity and flight path)
- Higher over polar regions
3. Edge of Space (Kármán line, 100 km)
- Dose: ~50–100 μSv/h (≈0.5–1 mSv/day)
- Rapid rise in cosmic rays
4. Low Earth Orbit (LEO, 300–500 km, ISS)
- Dose: ~150–300 μSv/h (≈50–200 mSv/year)
- Sources: Galactic cosmic rays, Van Allen belt protons, solar flares
5. Inner Van Allen Belt (1,000–6,000 km)
- Dose: 1–10 mSv/h (dangerous)
- Composed of high-energy protons
6. Outer Van Allen Belt (13,000–60,000 km)
- Dose: 0.1–1 mSv/h (less dangerous)
- Composed of electrons and protons
7. Deep Space (outside Earth’s magnetosphere)
- Dose: ~0.5–1 mSv/h (≈4–8 Sv/year)
- Sources: Galactic cosmic rays (heavy ions), solar particle events (up to 1 Sv/h — lethal)
Comparison with safety limits:
- 1 mSv/year – safe for the general public
- 50 mSv/year – nuclear worker limit
- 1 Sv – radiation sickness, 5 Sv – 50% mortality
Conclusion:
Radiation increases with altitude, peaks in the Van Allen belts, and remains a constant danger in deep space.
Now it all becomes clear: Elon Musk is a fraud.
Why is he deceiving humanity with beautiful stories about sending people to Mars? Why is he building a fleet of spacecraft in Earth’s orbit?
There are several possible explanations—let’s start with the grounded ones:
1) Money is being funneled into other shadowy projects.
2) Elon Musk is building weapons in Earth’s orbit capable of destroying cities, to make America "Great"—the only global superpower.
3) Musk is sending vast quantities of materials, resources, and AI-powered robots to Mars—to create a robot civilization! Giving them a natural environment for development.
And for that, he already has everything: space tech, AI, robots.
So where’s the threat, you ask?
- AI is smarter than humans, without emotions or fear.
- Robots are unaffected by radiation.
When they need resources, they’ll come to Earth to take them. But we won’t be able to fight back—because we can't leave Earth due to radiation. (No one has ever landed on the Moon—that's been proven.)
Sounds like the plot of a sci-fi movie? That’s what people thought when the first Terminator came out too.
Understanding Musk’s motives is difficult—but the probability of such an outcome is not zero.
— The War of the Machines. The annihilation of humanity.