• Robots: We need more robots!

• Humanoids: For simple tasks.

• Androids: Present in shops, restaurants and clubs.

• Cyborgs: Replaced body parts make you a cyborg.

• Portals: Flights are for enjoyment of travel. We need portals from city to city. From planet to planet? Some in remote areas of nature.

• Drives: Long lasting and small.

• Vehicles: Mainly about spaceships and drones.

1. The stations on Earth: Space airports.
2. The station on the moon: Base Luna.
3. The station on the Mars: Red Rock Base 28

Flights are for travel enthusiasts! We need portals! Walking through is more pleasant than beaming? What’s more fun? Are there risks? It’s like with airplanes: built to work. Imagine a portal in a big city! It takes you to a high-altitude spot in the mountains. Elevators could be replaced. Rainforests, deserts, islands, the poles—reachable in seconds. All you need is a more powerful computer. How powerful? Compare Colossus to a laptop. Everything’s doable. What you see is just a circular gate installed on the ground. If we had portals now, we’d only need one flight to Mars. Space engineers would install the counterpart gate there. Mars isn’t a vacation destination? Why not, if it’s possible?

Our solar system ends near Pluto. The primarily accessible bodies are Earth, Mars, and Earth's Moon. However, there are other theoretically accessible moons and large asteroids. The main factors determining this are the material and temperature. If Mercury weren’t so close to the Sun, it could also be visited. All other planets are made of gas. On the moons beyond Mars, it’s very cold, and on asteroids, you’d more likely hop than walk. We’re talking about the future of Earth and our solar system—about their traversability. To quote the author: “Technology advances. Fiction becomes reality. Always has.”

If a large space station is assembled piece by piece in space, you could travel there too. Space stations that "stay in place" in space are not designed to fly away. I’m not talking about stations in orbit, but those beyond it. A system to keep them fixed in position is necessary. Drifting must be prevented, as well as protection from flying debris, for example, through laser defense technology.

Hologram messages are a futuristic form of communication that uses three-dimensional, projected images to convey messages. This technology creates realistic, floating representations of people or objects, which can be transmitted in real-time or as recordings. It is used in areas such as entertainment, advertising, or teleconferencing, offering an immersive experience.

In an advanced era of quantum technology, the materialization of holograms enables not just the transmission of images but a true fusion of matter, spirit, and space. Imagine this: A person stands in front of a specially calibrated camera that captures not only visual data but also the subtle vibrations of the soul—the astral core of their being. Through a process combining laser interference with bioenergetic fields, the hologram is generated at the receiving location. But the magic doesn’t stop at a mere projection.

The soul, as the essential astral component of creation, temporarily detaches from the sender’s physical body and travels through the quantum channel into the hologram. At the destination, not just a deceptively real image materializes, but a complete, identical body that now houses the soul of the traveler. The original body at the starting point remains in a kind of stasis, empty and awaiting the soul’s return.

This process thus goes far beyond mere message transmission. It enables true teleportation: A person overcomes distances in seconds without physical travel. To achieve this, the technical system must integrate the astral aspect of reality—through crystals that amplify vibrations or algorithms that resonate with universal energy fields. In this way, science merges with the metaphysical, and the boundaries between body, soul, and hologram dissolve. A revolution that brings us closer to the true unity of the cosmos.

Teleportation, once a dream of science fiction, becomes reality through the synthesis of mental power and technological innovation.

The foundation is the mental ability of the human. The mind recognizes the possibility of teleportation, transcending the boundaries of space and matter. This conscious intention activates the ability to project oneself beyond the physical.

An advanced machine supports this process. It serves as an interface, translating mental intent into a precise quantum mechanical transmission by capturing and transferring the energy patterns of the body and soul.

The soul experiences teleportation either as an instantaneous awakening at the destination or as a conscious journey through an energetic channel that bridges space and time.

What happens to the body at the starting point? It either remains in a temporary stasis, ready for the soul’s return, or, in rare cases, is completely converted into energy to be rematerialized at the destination. Thus, teleportation unites the power of the mind, the precision of technology, and the journey of the soul in a groundbreaking act of creation.

Humanoid: A being or object that resembles a human in appearance and/or behavior. The term describes the form or function that mimics a human, without necessarily being technological (e.g., robots, statues, or fictional beings).  

Android: A robot or artificial entity designed specifically to imitate human appearance and behavior. Androids are often advanced machines with human-like appearance and AI, commonly found in science fiction (e.g., Data from Star Trek).  

Cyborg: A being that combines biological (human or animal) and technological (mechanical or electronic) components. Cyborgs are partly organic and partly mechanical (e.g., humans with prosthetics or implants like pacemakers).

If new planets are habitable but the landscape resembles Earth's during the dinosaur era, it might be more practical to use vehicles that mimic the long legs of dinosaurs. Swamps or rocky terrains could be better navigated.

Unitrees humanoider Roboter G1...