Nassim Haramein: The Unified Field Theory
Nassim Haramein: The Unified Field Theory
Interview by Anjula Ram
Nassim Haramein is the Director of Research at the Resonance Project Foundation, leading a team of physicists, electrical engineers, mathematicians and other scientists to explore the frontier of unification principles and their implications in physics, technology and the pursuit of sustainable solutions to planetary challenges. From an early age, he dedicated most of his time to his independent investigation into physics, geometry, chemistry, biology, consciousness, archaeology, and various world religions.
Haramein’s dedication to scientific exploration combined with his keen observation of the behavior of nature led him to a specific geometric pattern which is at the core of his approach and new perspective in unified field theory From an early age, Nassim Haramein dedicated most of his time to his independent investigation into physics, geometry, chemistry, biology, consciousness, archaeology, and various world religions.
Haramein’s dedication to scientific exploration combined with his keen observation of the behavior of nature led him to a specific geometric pattern which is at the core of his approach and new perspective in unified field theory.
“Any intelligent fool can make things bigger, more complex, and more violent. It takes a touch of genius — and a lot of courage — to move in the opposite direction.” – Albert Einstein
Fluent in both French and English, Nassim has been delivering lectures and seminars on unification theory for over 20 years worldwide.
In 2003 he founded The Resonance Project Foundation, and as its Director of Research, Nassim’s lifelong vision of applied Unified Physics to create positive change in the world today is reflected in the mission of The Resonance Project Foundation.
Through the Resonance Academy and Hawai’i Institute of Unified Physics, he shares developments of his research through scientific publications and educational offerings.
Nassim Haramein’s current focus is leading towards developments in quantum gravity and its applications in technology, new energy research, applied resonance, life sciences, permaculture, and consciousness studies.
He currently resides in Kaua’i, compassionately raising his two young sons and surfing the sunlit swells on the shores of the magnificent Hawaiian Islands.
Interview of Nassim Haramein by Anjula Ram
Editor’s Note: To listen to the entire interview of Nassim Haramein, click the video above.
Anjula Ram: Looking at your work, it seems to me it is pretty intense, but I feel there is also simplicity behind it, So let’s talk about the Unified Field Theory, can you talk a little about that?
Nassim Haramein: Well, I found a solution to Unified gravity with Quantum physics. So, basically, we have two sets of the framework to describe the big stuff and small stuff in the Universe. The big stuff described with Gravitational equations, from Einstein equations. And the small stuff is described with Quantum theory, which describes molecular, atomic and sub-atomic particles. So the small stuff. The thing is the big stuff is made of the small stuff, so there must be an equation that connects the two. And for almost a 100 years’ people have been looking for an equation like that. Since Einstein. Einstein worked with these the rest of his life after he rolled his gravitational equations. It has been really difficult. Because the equations that describe gravity, also describe travel space-time as a smooth structure, just like a surface of a trampoline being bend by a mass, if you put a big ball in the middle of the trampoline it wouldn’t bend, and another ball that appears to be attracted because it is rolling on that curvature called the curvature of Space-Time.
But quantum physics describe everything being built as quantities, like packages of energies that are finite, like linear function and they are discreet, not smooth, it is gravity. The two don’t agree with each other, so it has been a long journey to have gravity to be integrated to Quantum Physics- so Quantum gravity.
I found that actually, the structure of the Space-time is smooth only if you look from a distance. But if you look really closely, there are actually tiny granites, really tiny packs of energy that are called: Planck energy, or Planck entities or Planck oscillators, and these little Planck things are little packages of electromagnetic waves; they are billions of time smaller that the atoms make up like a fluid, as water is made of Molecules and atoms, it is a fluid of built up Plancks that make the fabric of Space-time.
Anjula Ram: While looking into your work, so it is what is the spiral goes into. Because like you said it is smooth, almost what I feel maybe is the shift in perspective almost, that then you have a different perspective from what you see, the different angle with the all.
Nassim Haramein: Yes. Like imagine you are in the tub, and you have a rubber ducky and you pull the plug, right; if your rubber ducky is over there, because water is incoherent, nothing is happening over there, the rubber ducky doesn’t spin, but if you bring it close to where the drain is, then it will start to spiral, start to orbit it will look like it is attracted to something, like a gravitational field, and if you look at the surface the water is bending towards the drain, that was what Einstein described, he described the bending of space-time creating the gravitational effect.
Well, my equation says yeah is bending like but it is because of all the water particles are spinning together in a coherent matter, cold moving, so that makes the surface effect of the curve, so the curve is secondary to actually the little particles spinning. In the case of my equation, these are not particles of water, but they are little packs of energy that we call Plancks, spinning together, like billions of them what makes up a black hole for instance.
Anjula Ram: What was the missing piece that came together, since Einstein’s attempt and your equation?
Nassim Haramein: You might have seen this is Sciences magazine in the last few years, “is our Universe holographic?” and all this. That is because there is a solution to the black hole that was given by some of the top physicists, that we are looking into, trying to find out what happens to information when it falls into a black hole. They concluded that the information actually was holographically imprinted on the surface the black hole as it fell in, so it wasn’t lost. They called it the Holographic principle, and this imprint that they describe that every little bit of information being one of the little Planck oscillators on the surface of the black hole.
That led me eventually to ask, “what about the information that is inside the black hole, if the Plancks are inside the black hole?”, You know, “what is the relationship between the inside information and the surface information?”. When I did the relationship, the ratio between the two I got the exact black mass of the black hole. So, that was it led to this discovery. If Einstein had the black holes, if he had all the information we have today, I am sure he would have solved it, immediately.
Although Einstein equation predicted black holes, he, Einstein himself didn’t believe they actually existed.
Anjula Ram: Before the time of confirmation, of the existence of Black Holes.
Nassim Haramein: Yes, that is right, of the black holes. And so it was completely insane to think that would be black holes out there, and actually when I started in Physics, I was talking on a Physics conference about black holes, and at the time it was even only 25 years ago, we were unsure that they existed. I was trying to tell them that we would find black holes at the center of all galaxies, which eventually was confirmed, but at the time, it was erratic to even think that would be true, because they didn’t the black holes existed, and if they existed they were very rare. To think they would be at the center of all galaxies was crazy, and to think they are the center of atoms, as little protons, which is what my equation confirm, it is still hard for people to swallow.
Although, lately, some of the best physicists on the planet have started to talk that way, like this lecture given at Stanford, by one of the most prominent Physicist was asked that question. Probably from a student that studied my work, because he was talking about the information about the surface of the black holes, he was asked if that meant that sub-atomic parts are referring to black holes. He said that there is no sharp distinction between black holes and particles, so they are starting to get to that conclusion, as well.
