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The International Space Federation advances energy and gravity science via quantum vacuum research. We unify physics to unlock clean energy solutions.

Join our global collaboration. What if understanding gravity could change how we power the world? The International Space Federation (ISF), a research and development organization headquartered in Geneva, Switzerland, is dedicated to scientific discovery, technological advancement, and education. Its foundation is built upon the development of gravity control as a novel form of propulsion and harnessing quantum vacuum energy as a sustainable power source. The team’s research and publications are driven by the unification of scientific disciplines, and promotes collaboration with the global academic community. ISF’s innovative approach is positioned to catalyze advancements in energy production and transportation, addressing the ecological challenges of our time with sustainable solutions.

18/09/2026

Here is a simple way to think about gravity.

Start at the smallest scale there is. It's called the Planck scale, and it is about 10⁻³⁵ metres across. Down there, space is not empty. It is full of energy, and the force that goes with that energy is the biggest force nature allows. Physicists call it the Planck force.

New research from Nassim Haramein and the ISF research team, picking up an idea Einstein and Rosen left unfinished in 1935, proposes that at this scale there is only one force. Everything else is that same force, weakened as it passes through the geometry of space.

Think of light through layers of tinted glass. One layer and the light is dimmer. Two layers and it is dimmer again. Same light. Less of it reaches you.

The first layer turns the Planck force into the strong force, the force holding every proton in your body together. The second layer turns it into gravity, the force holding you to the ground.

Two layers of screening. That is the whole difference between the strongest thing inside an atom and the pull that keeps your feet on the floor.

Send this to someone who thinks gravity is a mystery.
Read more - https://spacefed.com/isf-research/extending-einstein-rosens-geometric-vision-vacuum-fluctuations-induced-curvature-as-the-source-of-mass-gravity-and-nuclear-confinement/

08/09/2026

Most people have watched water spiral down a drain a thousand times and never thought twice about it.

This clip reframes that completely. The rubber ducky doesn't fall into the drain — it orbits it, because the water curves toward the centre. Einstein's equations for gravity work exactly like that. Smooth, continuous, curving geometry.

But then zoom into the water itself. It's not smooth. It's made of molecules — discrete, separate bits. And suddenly you're holding the same contradiction that has split physics in two for over a century.

General relativity works at large scales. Quantum mechanics works at small scales. Neither one works in the other's territory. The bath is the most honest illustration of why.

ISF's research is specifically about what happens in the gap between those two descriptions — the geometry at the very smallest scale where both frameworks have to agree.

Share this with someone who thinks physics is too complicated to follow. The bathtub is right there.

01/09/2026

Webb keeps finding tiny red specks that nobody can explain. Hubble never saw a single one.

They are far too bright for their size, and far too red for any of the usual explanations. Every attempt to file them under something familiar has failed.

Now we finally have a good enough look at one to say what it is.

Astronomers held Webb on a single speck for more than twenty hours. It sits behind a galaxy cluster whose gravity works like a magnifying glass, so those twenty hours do the work of eighty. What came back was rich enough to test the leading theory five separate ways on the same object.

The picture: a black hole wrapped in gas so dense that light cannot travel straight out of it. Light scrambles its way through, and by the time it reaches us it reads like light from a star.

All five clues had been spotted before, one at a time, in different objects. Never all at once. That is what makes this one matter.

And there is a question the paper never asks. It maps the cocoon in exhaustive detail and says nothing about where the black hole came from. Nothing about it looks like the collapse of a dead star.

That is the question Nassim Haramein and the ISF research team have been working on for thirty years.

Send this to someone who thought black holes were only ever endings.

Read more - https://spacefed.com/astronomy/the-deepest-glimpse-yet-a-black-hole-star-with-every-piece-of-evidence-in-one-place/

31/08/2026

See you at ENLIGHTEN Summit in Geneva!

The International Space Federation is pleased to announce that Nassim Haramein and Sarah Amne will be joining ENLIGHTEN Summit as speakers, taking place September 4–5 at the Geneva Polo Club.

Bringing together voices from science, technology, innovation, and human potential, the summit will explore a timely question:
What does it truly mean to be human in the age of AI?

Nassim and Sarah will be part of the Science & Technology program, contributing their perspectives to the conversation around humanity, emerging technologies, and the future ahead.

🎟️ 20% OFF Delegate Passes
Use code: SPACEFEDERATION

📍 Geneva Polo Club
📅 September 4–5, 2026
👉 https://luma.com/v2kpu68b

26/08/2026

The father of electromagnetism believed in an ether. We just don't teach that part.

When Maxwell first wrote his equations, he wrote them with an ether — his own drawing shows little vortices in that ether, producing the electromagnetic field as they spun. He was describing electromagnetic waves as vortices moving through the ether. Even he called parts of that picture speculative. But the equations it produced are extremely precise. Extremely correct. And even reduced to the four equations we teach today, they still say something remarkable: power doesn't travel through the wire. It travels through the space.

Nassim Haramein and the ISF research team are going back to pick that thread up. Send this to someone who thought they already understood how electricity works.

18/08/2026

Max Planck wasn't trying to discover the pixel size of reality.

He was trying to solve a different problem. But when he looked at three constants — the reduced Planck constant, Newton's gravitational constant, and the speed of light — he noticed something. They combined to give a length. Not an arbitrary length. The only length the universe itself specifies from its own fundamental constants.

Nassim Haramein calls it the length of the fundamental oscillator of creation. The pixel of the universe. And it's not a metaphor — it's the starting point for ISF's geometric framework, the same one that predicted the proton's size before it was confirmed by experiment.

When you understand what Planck actually found, the rest of the physics starts to make sense.

Follow ISF for more.

11/08/2026

We were taught that cold means still. That empty means nothing. That zero means zero.

The equations disagree.

At absolute zero — colder than anything in nature — the math produces infinite energy. Not a little energy. Infinite. Physicists call this the ground state. The baseline of reality. And it doesn't go quiet. It hums with what they call zero-point energy.

This is the quantum vacuum. The same medium ISF's research is built on — the one that predicted the size of a proton from pure geometry.

Send this to someone who thinks space is empty.

04/08/2026

What if a magnetic field far too weak to matter — by the ordinary rules of chemistry — could still switch on the powerhouse of your cells?

A new 2025 study found that a weak static magnetic field increased the energy output of heart mitochondria by as much as 40%, while cutting their harmful byproducts. The likely explanation reaches into quantum spin chemistry — the same physics that may let birds navigate by Earth's magnetic field.

We break down what they found, the contested history behind it, and why it could matter for medicine and spaceflight alike.

Read more - https://spacefed.com/biology/magnetic-fields-switch-on-mitochondria/

28/07/2026

Here's a distinction most physics courses never make.

The harmonic oscillator — the mathematical model behind quantum mechanics — is almost always drawn as a spring bouncing up and down. It works beautifully. The equations are clean. But Nassim Haramein raises a question worth sitting with: when Max Planck first imagined an oscillator, he was thinking of something spinning, not something bouncing.

A vortex and a spring are mathematically equivalent. You can use either to model the same phenomenon. But the universe isn't doing math — it's doing physics. And what it actually builds, at every scale, looks a lot more like a vortex than a spring.

That shift — from spring to vortex — changes what you think the universe is made of.

21/07/2026

Physics got the math right. It got the picture wrong.

For generations, students have visualised oscillators as springs and pendulums. Useful shorthand — but completely unlike anything the universe does on its own.

Nassim Haramein and the ISF research team are building a framework that starts from what space physically is. Not from human-made approximations of it.

The mental image you carry determines the questions you think to ask. And the ones you don't.

Send this to someone who's always found physics beautiful but just out of reach.

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