What Space Really Is — And Why Alien Ships Don’t Work Like Rockets
Some people unwind with rom-coms. Me? I binge Ancient Aliens and start connecting dots until three a.m. – and lately, the puzzle pieces have been flying together faster than a Tic-Tac over the Pacific.
I’m no engineer or physicist. I’m a homesteader who grows her own food, runs a handmade skincare line from her kitchen, and happens to have a brain that refuses to shut up when something doesn’t make sense.
And let’s be honest – if Haim Eshed, the retired head of Israel’s space program, says there’s a Galactic Federation waiting on us to “figure out what space really is and what a spaceship really is,” then I’m sure as heck going to take a stab at it.
The Official Story vs. the Whispers
NASA and SpaceX build ships out of good ol’ aluminum alloys, titanium, and carbon-fiber composites. Those materials are strong, light, and predictable.
But the whispers – from Roswell to the Pentagon’s “UAP metamaterial” studies – talk about something else entirely:
paper-thin metals that can’t be burned or bent, memory alloys that snap back into shape, and layered bismuth-magnesium foils stacked thinner than a hair. Stuff we couldn’t have made in the 1940s and can barely make now.
Whether you call them metamaterials or miracle metals, the rumor is the craft’s skin itself is part of its engine. That’s where things start to sound less like rocket science and more like… well, field engineering.
The Puzzle Eshed Talked About
When Eshed said we’re “not ready,” he wasn’t talking about maturity or peace treaties.
He meant we don’t yet understand space itself – the medium we’re floating in – and therefore we don’t understand how real ships move through it.
What Space Really Is (In Plain English)
We grew up thinking space was empty. A vacuum. Nothing but cold black silence.
Turns out, it’s not empty at all. Every inch of space is packed with invisible energy – the quantum field – buzzing with particles that flicker in and out of existence like fireflies. It’s more like an ocean than a void, and everything that exists is floating in that ocean.
So if you could learn how to “surf” it – how to push and pull on that field – you wouldn’t need rockets. You’d ride the medium itself.
What a Spaceship Really Is
Now forget the idea of a metal can with fuel tanks.
A true craft, according to the stories and the physics people are only just beginning to grasp, is a field generator.
The hull isn’t just structure – it’s a resonator.
It vibrates at certain frequencies that change how it interacts with the field around it. When the vibration hits the right resonance, the ship’s mass and inertia drop close to zero.
That’s why eyewitnesses describe silent, right-angle turns and instant acceleration.
It’s not defying physics – it’s rewriting the rules locally.
Think The Flash when he vibrates through walls. He isn’t smashing the bricks – he’s vibrating so high he phases between their atoms. The ship does the same thing, but with engineered metamaterials and electromagnetic fields instead of super-speed muscles.
Why This Matters to Regular People
Because this conversation doesn’t belong only to governments or PhDs.
It belongs to the thinkers, the dreamers, the backyard tinkerers, and yes – the folks like me who sit at the kitchen table with a cup of coffee and start connecting dots between quantum fields and the price of chicken feed.
You don’t need a million-dollar lab to ask the right questions.
Curiosity is free. Pattern-recognition is free. Writing and sharing what you see – that’s how the next mind finds you.
An Invitation
If you’re one of those people who watches the sky a little too long, who saves every article about strange metals and “warp bubbles,” or who just knows deep down that space isn’t what we’ve been told – then pull up a chair.
Drop a comment. Send a message. Let’s build a community of curious minds who aren’t afraid to think beyond the textbook.
Because maybe, just maybe, figuring out what space really is – and what a spaceship really is – starts right here on Earth, one honest conversation at a time.
