The cozy little cafe at the edge of time
The balance between matter and antimatter
Why is the world we observe done mostly of matter with only traces of anti-matter?
Where is all the antimatter gone?
Or was there an imbalanced generation of more matter as opposed to antimatter?
This and other fundamental questions are being probed in the most expensive science experiment of all times, the Large Hadron Collider.
As for the answer to question number 3 and the apparent unbalance between matter and antimatter, it looks very much like there is no unbalance after all.
Equal amounts of matter and antimatter are statistically generated in pairs, but then where is all the antimatter gone since all we see and touch is made of matter?
Quite simply it is still out there, condensing into galaxies made of antimatter and also populated of life made of anti-cells and anti-molecules.
However, these galaxies are somewhat hard to detect, in the sense that the light emitted by them has a negative coefficient of refraction so you need to use concave lenses to be able to focus the anti-light on your sensor.
Another interesting point is that anti light has negative energy value, so a galaxy of anti-matter will shine a dark (cold) dot on your picture as opposed to normal light generating a positive energy bright spot on your camera sensor.
There are instances in which near Earth objects have been detected through Santilli’s telescopes whose light has negative coefficient of refraction (so not detectable with naked eye or conventional telescopes), but have positive energy content (bright spot on the camera sensor). Could this be the effect of some sort of cloaking device?
The death of dark energy and dark matter
As far as we can tell, equal amounts of matter and anti-matter coexist quietly into the universe both hiding from each other unless you use Santilli’s telescopes featuring concave lenses.
Another relevant fact about galaxies made of antimatter is that their gravity is attractive to likewise galaxies also made of antimatter, but it is repulsive to normal matter and galaxies made of matter.
This causes an entire new vista on the cosmological model taught so far, as the universe is now cast into a dynamic equilibrium of matter and antimatter, with galaxies made of normal matter (or anti-matter) trying to collapse back unto themselves because of the action of attractive gravity pulls, but this collapse is countered by the presence of galaxies made of anti-matter (or matter) trying to push these galaxies further apart.
Then the universe is in a dynamic equilibrium or dance of galaxies made of matter and antimatter, with the gravitational influence of antimatter galaxies being the balancing term of the equation without the need to add complicate theories about dark matter and dark energy whose existence is required to balance flawed astrological models.
The Tunguska event
As per earlier matter and anti-matter repel each other gravitationally and try to stay away from each other as much as possible, at least in their electrically neutral and balanced form.
So even if an asteroid made of anti-matter is flung toward Earth, the gravitational “anti-pull” of our planet will swerve the trajectory of said body away from Earth.
However, if the trajectory of the anti-asteroid is particularly well centered and the kinetic energy sufficiently high then not even the gravitational anti pull of the Earth will be able to swerve the trajectory hard enough to avoid the collision.
As soon as the anti-asteroid enters the upper atmosphere, the contact between the anti-asteroid atoms and the air atoms and molecules of our atmosphere will cause a sudden “nuclear evaporation” of said atoms into gamma rays, so it will appear like an extremely bright and hot object falling through the sky.
The heat radiated from said object could be as high a to set forests or buildings on fire hundreds of mile apart!
As the anti-asteroid progresses through the air it loses more and more of its mass into light radiation, however a relevant quantity of its original anti mass might still make its way to the Earth surface and the impact of anti-matter against a massive quantity of densely packed matter (Earth rock and soil).
When this happens the conversion of matter and anti-matter into light will be so intense and rapid to appear like a thermonuclear bomb, which is most likely what happened in Tunguska back in 1908.
What about the red shift of the expanding universe model?
The light coming from faraway galaxies is more redshifted than the light coming from nearby galaxies, so one explanation about this is that more distant galaxies are travelling away from us with much greater speed than closer nearby galaxies thus suggesting a universe exponentially expanding its fringes to infinitum.
This idea of an universe expanding ad infinitum away from Earth suffers many flaws and inconsistencies since it requires Earth to be at the very center of the Universe whilst the rest evenly and exponentially moves away from this Earth centric Universe.
It also implies the existence of non detectable/non measurable dark matter and dark energy capable of explaining the reversal of gravitational pull into an exponential antigravitational push, and equations it gets even more bizarre when they try to explain the red shift differential between light coming from the edges and centres of galaxies.
Another possibility explaining the red shift of faraway galaxies is quite simply that light naturally red shifts as it travels through solid or semi solid/gaseous media also known as the tired light theory.
Energy from the photon is lost by the travelling light as it passes through the quasi-empty cosmic void made of extremely rarified gasses and particle, this phenomenon being called Iso Red Shift (IRS) caused by “hot” photons passing through “cold” intergalactic media.
This energy (frequency) loss is due not to adsorption and re-emission of photons (this would cause the light to scatter), but is instead a non contact energy transfer mechanism between the wave function of the photon with nearby atom’s wave functions, with the nearest and denser media being the first to get some energy off the photons, but also faraway atoms and molecules are getting some although at much lower levels.
Of course if “cold” light passes through “hot” gasses the effect will be reversed and energy will be passed on from the gas to the electromagnetic radiation thus causing an Iso Blu Shift (IBS).
This also explains why the light coming from the edge of galaxies is much more redshifted than the light captured from the center of said galaxies, without the need to add all sorts of dark matter and relativistic patches and corrections to the equations to try fit the experimental data.
Even simpler experiments involve tracking the redshift of the sunlight during the day. Of course a certain redshift amount is caused because of the relative speed between Earth based observer and Sun, however most of the redshift at dawn and dusk is due effectively to “hot” Sun photons losing some of their energy as they pass through the cold Earth atmosphere. The denser and longer the path through a gas (like at dawn and dusk), the more energy is lost and the bigger the redshift as opposed to when the Sun is at the Zenit and the photon path travel through a thinner atmosphere length.
The universe is expanding (slowly) after all
Where is the mass or anti mass in the universe coming from and where is it going?
The total universe mass, anti-mass, radiation, anti-radiation, etc (total ABSOLUTE energy and anti-energy) is continuously increasing.
At proper pressures the atomic distances are short enough to trigger a runaway energy transfer from the underlying aetheric substrate, thus pouring fresh energy at the core of said supernovae event and causing the Universe to be an open system where new fresh energy is added during said cosmic events or even during plain nuclear fusion at the rate of 0.784 MeV for every neutron generated in a star.
This extra energy eventually allows the formation of heavier elements and the dispersion of the same within clouds of gasses between interstellar spaces. These gasses then constitute the raw materials for the formation of more complex structures, heavier planetary bodies, complex life and so forth.
Every time one such explosion happens, whether in a galaxy made of matter and anti-matter, energy (or negative energy) is leaked into existence within the otherwise isolated universe.
This relentless net energy balance causes a constant addition of energy (mass) into existence through these galactic phenomena, and because of the matter/antimatter gravitational equilibrium described above we have the picture of a universe constantly expanding its radius of existence, its total quantity of planets, galaxies, life, etc.
If this is indeed the case then the Universe could be traced back in time to a total NULL mass/anti mass populated entirely by short lived pairs of electrons/positrons until some other Hadronic mechanisms might have triggered some occasional decoupling of said particles into TIME living and separated masses without any discontinuity or hyperinflation as currently proposed in the Big Bang theory.
In fact local fluctuation in mass or anti mass generation (and relative total angular moment) is what causes fluctuations in the aetheric space, so a supernova explosion at one edge of the Universe might cause a ripple in the fabric of the aether and stimulate an equivalent event on the other side of the universe to balance the mass addition out in terms of anti mass and/or total angular moment.
OK but what about the microwave background radiation?
Again we must clear the rubble of the current Big Bang theory classifying the MBR as a relic radiation from the early stages of a hot mess universe.
Instead we propose this new conjecture about the MBR origin as a re-emitted light generated by the rarefied intergalactic gasses previously “warmed up” by passing by “hot” photons.
As previously discussed the light emitted from stars loses energy and red shifts as it passes through non-entirely-void intergalactic spaces. As a consequence said rarefied gasses acquire a certain energy from said “hot” light and they warm up as a consequence to a temperature of circa 2.7 K.
Of course a gas left alone in empty space will eventually cool itself down and it will re-emit part of its energy in the form of electromagnetic radiation which is what astronomers call the microwave background radiation being uniformly emitted from all the uniformly rarefied atoms populating the intergalactic spaces.