Broadmatter Theory Addendum

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BROADMATTER

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We were taught in school that space was empty; it had nothing in it, but space.  We were also taught there were nine planet.  Both were wrong.

The sun gives out energy.  Energy cannot travel in absolute zero.  It is not possible.  Yet it travels in space.  Space in theory should be absolute zero.  Yet, space itself is not absolute zero; does have temperature. It measures a couple of degrees above absolute zero.  If there was nothing there, then it should be absolute zero degrees Kelvin.

What is temperature?  It is a measure of energy.  We hear and that hearing measures energy.  We see, and sight measures energy.  All our senses are measuring energy, nothing else. That is all they measure.  It is that energy differential, accompanies by our amazing perception of that differential, which gives us hearing, sight and so on.  Our perception is so well tuned we can manufacture that energy differential to our liking so well, we can recognise art, music, writing and more.  Heat sensors in the skin, pressure sensation, taste, even a full stomach, are all measuring differences in energy around us.

So what is a photon? I was taught it is a packet of energy that has the characteristic of a wave.  What could this really be?  An hypothesis that seemed to fit is that all space is full of tiny pieces of minuscule matter, far too small to measure with current instruments of our current technology. Just because we cannot measure minute matter particles, does not mean that they cannot exist.  This theory is that space is full – meaning really full – of tiny pieces of matter, but so small we cannot measure it.

Bear with us as we outline this theory further. Molecules sit in a bath of this tiny matter, which I am calling broadmatter. I call it broadmatter because it is everywhere in space.  A atom might sit in broadmatter like a basket ball might sit amongst thousands of pieces of polystyrene packing “bubbles” in a bath tub.  Imagine the universe full of polystyrene packing bubbles, and molecules sit within the packing material around it, giving it space from the next molecule.  It is this phenomenon we are using to explain broadmatter.

A molecule sits in this broadmatter like a vase sits in a box of packing fill. Then further away is another molecule, or another vase in the box. The packing is designed to keep the vases safely apart.  The distance between these is determined by the broadmatter, or the amount of packing in the box.

Gravity is likely a weak property of broadmatter, a property of propulsion. Molecules appear to pull on each other.  But ib reality the molecule are subject to the repulsion of broadmatter. The broadmatter repels molecules, and the repulsion is triggered by the molecular presence in broadmatter.

Broadmatter is also absorbing a small fraction of the energy that passes through it. The broadmatter is also like a sea of roller ball bearings. You tap one ball bearing and the energy of that tap will be carried to the next ball bearing, be shared and spread out and follow all the laws of physics of waves. The so called photon is really just the broadmatter moving the next piece of broad matter, to move the next piece of broadmatter, until the movement of broadmatter reaches your eye. That is all energy is.  However, some of this energy seems to get absorbed into the broadmatter itself, and thus the broadmatter has temperature. This is why space has temperature, and is not absolute zero.

Broadmatter pervades all space in this universe, and if there is space there is broadmatter. It could be that beyond the physical universe there is no broadmatter and perhaps out there beyond the broadmatter there the temperature is absolute zero.  But there would also be no space.  It is also equally as possible that this broadmatter is an infinite tapestry that the universe is moving out into.  That could explain why the universe is expanding and accelerating out. It is being pushed or pulled out by broadmatter.

Broadmatter could be expected to have some slight mass. So if you were to weigh empty space, it would likely register if one could measure that low. Again, space would not be absolute zero.

If broadmatter then has some remnants of all the energy that has passed through it, then this is why it measures slightly more than two degrees above absolute zero. In a well advanced civilization one could perhaps tap into that energy and draw on it.  To tap that energy, it may be as simple as how a Tesler coil draws energy from the atmosphere. One could in theory draw energy out from the cosmos itself. That is how it is done for the Sequetus Series books. Craft have large coils surrounding their craft at their leading edges. By giving energy into the coil in one direction, the craft is able to draft on energy a million fold from the other direction.

A Tesler Coil requires a small coil to induce power through a larger coil.  We are not suggesting that this is what determines the shape of a UFO, but we are using this hypothesis for the Sequetus Series, as it fits.

Once broad matter energy is accessed, it is less of a problem in how to harness it for power and production.  Effectively it would be a limitless source, and would provide power to the cosmos, just as in the Sequetus Series books.  Broadmatter has mass, and would not be insignificant, amounting to most of the mass in the universe.   After all, space is big.  It could also be that there is more residual energy stored in broadmatter than in all the suns and stars there are.

BROADMATTER    verses    DARKMATTER

Dark matter is not exactly the same as as broadmatter. The theory of dark matter came about to account for the observed gravitational forces affecting the Galaxy. Broadmatter came about as an explanation of why space itself seemed to display properties of mass and in the presence of energy.

Dark matter is said to neither emit nor absorb light or other electromagnetic radiation. The Broadmatter concept is the opposite, it does nothing but absorb and emit every bit of light, energy and electromagnetic radiation that is observed to exist. That is the fundamental difference.  If the theory of broadmatter is true, then there is unlimited heating, unlimited cooling, unlimited travel.  Broadmatter is the medium where this energy is transferred.

Broadmatter and dark matter are both similar in that they both account for the majority of the mass of the universe. Dark matter is said to account for 84% of the universe mass.  The first person to infer that dark matter existed was Jan Oort, astronomer, Dutch 1932.

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RESIDUAL BACKGROUND TEMPERATURE OF BROADMATTER – DARK MATTER

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The cosmic microwave Background (CMB) was determined in 1992 to be 2.726 K.  It was further found this temperature could fluctuate one degree.

THE NUTRINO

The neutrino is a subatomic particle that is small and is not charged.  They seem to be the resultant of electromagnetic radiation forces.  They play no bearing on the theory of broadmatter, though they have mass.  They pass through matter unimpeded.  They are created as a result of radioactive decay or nuclear reactions or when cosmic rays (high energy particles originating in outer space) hit atoms.  It is affected by weak force of nature.

THE GRAVITON

In physics, the graviton is a hypothetical elementary particle that demonstrates gravitation in the framework of quantum field theory.  The graviton could play a part in broadmatter theory.

THE GLUON

The theory of gluons and quarks seem to obey a hypothesis of Broadmatter Theory.  A gluon is deemed to be an elementary particle and a strong force between quarks. The gluon plays a part in Broadmatter Theory, especially their color change.

milky way

THE QUARKS

Quarks are said to be an elementary particle that makes up matter. They combine together to form what are termed hadrons.  It is the observation of hadrons that brought about the inference of quarks.  Quarks have color charge, mass and electric charge.

THE PHOTONS

The photon is said to be an elementary particle.  In broadmatter theory the photon does not exist as such.  It is not a particle.  The photon in broadmatter theory is an observed phenomenon of the interaction of broadmatter with energy, and anything set up to capture the phenomena of a photon is in reality capturing the phenomena of the broadmatter disbursing its earlier absorbed energy.  This perhaps is the fundamental difference between broadmatter and dark matter.

 

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NOTES    ON    WARP    DRIVE    THEORY

The Warp Drives in The Sequetus Series work on a theory. It is feasible.  The same phenomena supports time travel. Warp Drives move in and out of time.  As understood in Broadmatter Theory, time and space and movement of mass are interrelated.  Time is tied to space and to change of location of matter.  You cannot have a change in location without space, and you cannot have a change in location without time.  These three are interrelated.

In the second miniseries we outline the basic concept of Warp Drive Theory when the books’ main character discovers the secret behind the concept, of moving in and out of time, and why its usage was kept secret.

Like broadmatter, it was seen that if there was travel on the scale we are expecting, of huge change of distances with matter, then time would need to be altered.  Travel in time is also very possible, but could only be envisioned under certain circumstances.

On this site, we will not outline the real basis on how someone can travel through time.  However, let us start by inferring that travelling time is done on various levels. To know more, there is no shortcut, you have to read the books.  Broadmatter is a very basic hypothesis and it works. In the future, if you read the sequel miniseries, you will understand Warp Drives.

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