If you're still really enthusiastic about traveling to other planets in a relativity short time period (like a month or less), you might be able to ignore the droning cynicism of the physics experts for a while. This is about the time when our hopes and dreams of traveling to other planets on spaceships is crushed by the reality that we can't go faster than the speed of light. High school physics is about the time when we learn about special relativity, Albert Einstein and E=mc^2. They have made mathematical models that are so hard to understand that physics progress has ground to halt. But the physics community has done the opposite of that. Occam's razor tells us that the simplest explanation is usually the correct one. Instead, they have ignored the lessons of Occam's razor. Physicists are supposed to be the smartest people in the world yet they have used there intelligence only to fool the public, and themselves. Yes, I know all about general relativity and that information can't go faster than the speed of light this has been the physics community's excuse for countless decades. It's not like the earth has been ignored by alien civilizations they've been here and reliable observers have witnessed them (Disclosure Project). The scientific community has had enough time to accomplish this and there have been enough examples that this is possible. The human race should be able to make regular trips to any planet in the solar system and to planets in other solar systems. Para 1: We should have hovercrafts and warp drives by now. It is time for both of us to go to the bridge where I will explain further. It's much easier to protect a little pinhole camera lens than a large glass window. We wish we could use real windows, but they could easily be scorched or they could let too much light in as we cross the lightspeed barrier into hyperspace. They show real time images from cameras on the outside of the spaceship. They are LCD screens built into the wall. I want to show you the engine room and explain how our acceleration field drives work.Ĭaptain Janeway leads you out of the boarding room, down a long hall to another perpendicular hall. Welcome aboard reader! I want to thank you for taking the time to look around. She is smiling at you and extends a hand in greeting. You find yourself standing in a large well lit room that looks like the inside of a Federation starship. There is another acceleration field system on the ceiling that steadily guides you to the 1g gravity field aboard the USS Alcubierre. I will catch you and steady your footing. Hello reader! Are you ready to come aboard the USS Alcubierre? All you have to do is jump up. You hear a woman's voice, it is gentle and A square shaped white light "opens' above you. With the spaceship just above you and all around you, you start to feel weightless under the effects of the spacecraft's artificial gravity field generator. You do feel the brightness of the landing lights. Through all of this, the craft is silent as the rustling wind. There are five or six small white lights on the outer edge that flash on/off/dim as if obeying a landing algorithm. The "beauty lights" are all on now and have a laser like sharpness. The large white light takes up about 60% of the radius, and is centered to the center of the spacecraft. The large glowing white light on the bottom of the ship is generating artificial gravity fields that counter the earth's gravity field and allow it to descend slowly until it is 10 meters over your head. For effect, the starship blasts several music notes at you as a greeting. They are the lateral acceleration system. The are some dim white lights on the side, almost unnoticeable, but are critical for staring the ship they allow the ship to drift horizontally across the horizon. There are flashing colored lights on the side edge (used to draw your attention). Light from the moon allows you to see that the spacecraft is disk-shaped (hockey puck shaped) with a diameter of about 200meters.
The dim white light of the spacecraft's underside is accompanied by red, blue, green and yellow lights that flash and dance around the underside they are more for effect, for beauty sake, than engineering need. With your thumb extended, you see the object grow in size, it is now as big as your outstretched hand as it hovers over you a distance of about 100m. It gets bigger as it approaches your position. You notice another brightly lit object, white as the moon and just as big, and it's moving across the horizon. You find yourself in a vast open field under the cover of night, the stars twinkle expectantly and the moon shines down to light your way. First contact with a starship with hyperdrive capability from a "let's look at the hardware" point of view might look like this.