When we're looking at these videos, we're looking at a real wormhole, it's a real wormhole consistent with multiple defense intelligence agency papers about warp drive negative energy. You know when we're

looking at it people wonder what's the difference between a black hole and a wormhole. The

difference is there's no event horizon on a wormhole. What that means is the

event horizon on the black hole is where if you go past that point not even

light can escape. There's too much gravitational effect means As you're getting sucked in, there's no escape.

In a wormhole, there is no event horizon.

They're humanly traversable.

That means the G forces don't rip you to shreds.

It's just a phase transition.

It's a hole through, you know, the

fabric of reality if you were to bend space time together. And there's several aspects of

it that line up. People wonder why is there this flash in the satellite video?

It's because the photons, when they hit the wormhole, they get caught on the edge

and they reflect outwards. And one of those defense intelligence

days and papers says it can even be amplified as well,

which is why we're seeing this flash in the videos.

And it also mentions there's a lensing effect

that will occur, which is similar to gravitational

lensing, which is what happens when you have light pass around the black hole.

And what happens in the final frame before we see the zap happen, we can see the plane blur and

stretch a little bit. We can see all the orbs become perfectly flat like

gravitational lensing because they're creating a field between them where they're about to induce the mouth of this wormhole.

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