Why use rockets when you can use Nuclear Powered Electrogravitic Vacuum Blimps?

Why use rockets when you can use Nuclear Powered Electrogravitic Vacuum Blimps? This has the potential to take humankind to the stars and beyond. We call it electrogravitics, lights-state technology: the light-state technology vacuum blimps and the momentum relationship.

Vacuum Blimps

What’s lighter than Helium? The answer is Hydrogen. And what’s lighter than Hydrogen? Well, the answer to this one is Nothing.

It means that empty Space or Nothing goes into Space. That being, the earth goes to earth, water goes to water, air (Nothing) goes to air, and Space needs not bother about these things. Do you see the potential here? 

So again, f you create Space, you will go high; if you create earth, you will go low, so empty Space goes to Space.

So, what’s so awesome about a vacuum blimp is that you can either create a vacuum inside your giant structure, which would make the object float, or you can kind of suck in the atmosphere and make it denser, which would make your blimp sink.

Vacuum Blimps can create more or less weight

  1. Create high pressure in a balloon – becomes heavier
  2. Create Space in a balloon – becomes lighter.

So, a vacuum blimp can become way lighter than air or even heavier than it could go underwater. Like these UAPs seen go underwater

Normal Collisions (Manifestations) and Rocket Tech

Now we’re going to dive into momentum and rocket technology versus electrogravitics. Rocket technology, you could say, uses normal collisions, and that happens in the “now” moment.

So when you consider the light state of the universe, you notice that matter is manifesting at nodes of overlapping electromagnetism.

Let’s consider a node of overlapping electromagnetism. The light that is coming towards this spot or “node” is from the future and the light that is coming off of it is from the past, so you could say that the object is being focused by the entire universe in the past, the present, and in the future moments.

Let’s look at a normal collision. You have two objects, physical objects as in two nodes, coming towards each other.

There’s no motion rather or interaction until the nodes actually collide or separate. You’re not changing the past of the object or the future of the object. You’re only interacting with the now.

Quantum mechanics will show you that matter is always in a constant form of manifestation, blipping in and out of solidity.

So an easy way to think of it is that you’re only moving the now moment, and the whole thing hasn’t really been fabricated.

Because it exists in the past, the now, and the future. So in order to the momentum, you would be that manifestation potential it’s the lag by not moving the past state of it or the future state.

Again, you get two notes coming to each other the notes have to get close to each other before they magnetically interfere enough to create some type of collision.

Normal Collisions (Manifestations) and Rocket Tech

A rocket filled with fuel, these bits of matter. The rocket just shoots out the matter, fuel; your mass goes in one direction, the other goes to the other. In the common collision, you feel momentum because you’re only working with them now.

Electrogravitics, Light-State, and Momentum 

What electrogravitics does is works with the past state of the object as well as the future state of the object.

The incoming light state of a node and electrographic is what does is it shifts the nodes. This creates a stretching and crunching force.

And so you’re not actually moving the object with collisions in the now. You’re moving the past, the now, and the future of the object. You have moved the manifestation potential with the object at the same time.

Why use rockets? 

So, the question is, why do we still use rockets to get to Space? The solution is; Nuclear Powered Electograviti Vacuum Blimps.

And this will take mankind to stars and beyond, and there is no question about that. this theory is coming from Alexei Novitzky. Please check out his ideas on YouTube. I think his ideas are very interesting.