Why is the sky blue? From a Newton's apple to a large Hadron collider.

The model that connects bosons with GUT (Grand Unified Theory) and all fundamental forces might look like this.  Things like crossing gravitational fields can form material. But there must be some kind of source for those gravitational waves. When force travels in the universe it requires the force carrier, like a boson, that transfers the force. And then there must be some kind of force that the boson carries.  Without force, that touches the boson. It cannot carry force. When a boson travels through the quantum fields those fields are touching it. But if the energy level of those fields is lower than the boson's energy level is.  The boson releases energy.  The boson cannot transport energy or force. In some models, the size of the carrier boson determines the force that it carries. In the field model, the boson travels through the quantum field (or Higgs field) and then that field touches it. The size of those bosons or force-carrier particles is different, and when they travel

But let's start with hyperdrives.  When energy travels in the particle, it increases its speed, or the particle accelerates. At the point in the acceleration track where a particle reaches energy stability, it delivers as much energy, as it gets from outside. And, at that point, acceleration ends. When energy starts to transfer out from the particle its speed decreases.  In some models, the laser beam will aim to the point where the particle's speed is as close to the speed of light as possible. When that beam crosses the road of the particle, it will reach a higher speed than the speed of light.  Another version is that the quantum thermal pump will pull energy out from the internal structure of the particle. In that model, the quantum-size laser ray will send through the particle.  So if there made a lower energy channel in the particle. That thing can turn energy travel inside the particle when it reaches the speed of light.  In that model, the hyperdrive is the laser ray or

Once a man said that he could transport a tonne of steel alone. And the way how that man makes that thing is that he makes thousand, one-kilogram weights. And then he walks thousand times between the beginning and end carrying a one-kilogram weight. That means the small parts can make the entirety that is dominating.  We can think that the universe is like some kind of beef. If we want to make similar beef to what we eat in some restaurant we must know everything about that beef. We must know the spices that the restaurant uses. But then we must know what kind of animals it uses. And then the animal is what it eats. We must know does it feel stressed. And the most important thing is that we must know the nutrient that the cow eats. We must know what kind of landscape is in the area, where that cow lived, and then we must know the transportation conditions, etc.  We must know the entirety so that we can model the thing. Everything in the beef means something. Same way, we must realize t

Could the source of dark energy be in the WARP bubble around some particles that are in extremely high energy levels? When a particle sends radiation that comes through that WARP bubble its speed is higher, than without that bubble. And when the bubble is gone. That field sends similar radiation to Cherenkov's radiation.  One explanation for dark energy is material that sends energy or wave movement very often and with very high levels. If that thing is true the reason for dark energy is that some particles in our universe are in the WARP bubbles.  And those bubbles make energy travel out from particles at a very high speed. The thing that forms the wave movement is the superstrings. When that energy or wave movement hits the Higgs field around that particle it sends one version of Cherenkov radiation. And that thing could explain why Dark Energy is hard to detect. So when the superstring hits the Higgs field it sends one version of Cherenkov radiation.  "Universe Dark Energy-

Wormholes are theoretical structures. Those things are also called as Einstein-Rose bridges. And theoretically, those things are offering superhighways across the universe. The idea of the wormhole is that it's like a tornado or tunnel through the Higgs field or three-kelvin field. Or we can call the wormhole a gravitational tornado. When information travels in the wormhole, that thing causes a situation the energy that comes behind the information pushes it forward.  There are two types of wormholes.  1) Electromagnetic wormholes like laser rays and X-ray bursts of black holes.  2) Gravitational wormholes. Those gravitational wormholes are similar to electromagnetic wormholes but the radiation that makes them is gravitational radiation.  So if we think that the Higgs field is the thing. That makes the gravitation. We can make a model where the coherent radiation that forms the hollow circle in the Higgs field forms the lower energy level area in the Higgs field. And that thing cau

We can think that the particles, like electrons, are whisk-looking structures. And in that model. There is a quantum low pressure inside that particle. That low pressure pulls the Higgs field inside the particle. And that electromagnetic low-pressure forms quantum gravitation because the Higgs field travels inside that particle. By thinking that way, the Higgs field is the same thing as gravitation.  The electron spins back and forth. The spin of that particle is 1/2. The spin of quarks is also 1/2. And that means the spin might have something to do with weight. The photon's spin is 1. And maybe that explains why the photon has no weight.  That effect causes a situation that the particle stops for a short moment. And at that moment the Higgs field falls inside the particle through those "sticks" or quantum lightning called superstrings. So when the Higgs field travels inside the whisk-looking structure that is the elementary particle like quark or electron it creates a st

Could wormholes that transfer information away from the universe explain dark energy? In that model, the wormhole takes information outside the universe. That means there are white holes outside the material bubble called the universe where that information comes out. And that thing explains why our universe expands a certain way. But confirming that theory requires the existence of wormholes and white holes.  Distant galaxies are important objects for measurements that test redshift and extreme theories. The distant galaxies are also important objects where the movements in the universe are observed. And one thing that distant galaxies can tell is this. Could there be some kind of center in the universe? If all galaxies travel in the same direction, that thing supports the theory of the hypermassive black hole in the center of the universe.  If there is a hypermassive black hole in the center of the universe, that thing could send radiation through the universe. And that radiation cou

Material is one form of energy. To understand the absolute form of the energy and material the researchers must realize what kind of effect the beginning of time. The time began at the point called the Big Bang. At that point, the material is released into the 3D universe. At that point, the linear time began. One version of the description of time is the expansion of the universe, and another description could be the decrease of the temperature in the universe.  Modeling the beginning of time helps to model the end of time. And why we are so interested in the end of time? That helps to create new types of energy sources. We say that things like steam machines can operate only at high temperatures. But then we forget one thing temperature is relative. If we would be on the planet or dwarf planet Pluto, the low temperature makes it possible to use liquid helium in our steam engine.  That means the system uses boiling helium as the steam that puts our cold steam engine moving. Or if we w

Once physicist name  Richard Feynman said: learn principles, not formulas. Or the full version of that quote goes like that: " Understand. Don't memorize. Learn principles, not formulas.". Feynman meant that nobody can memorize every single formula and parameter in the world. Knowing principles helps to make connections between formulas, across the field where those formulas require. The base thing is that there are multiple formulas.  That meant for certain purposes. The formula that is made for physics will probably not fit mathematics. The difference between calculations is minimum, but the physics formula requires different variables than mathematical formulas. But otherways the physics formula requires only regular mathematics if the user of the formula gets the right variables.  So formula E=Mc^2 mean E=Energy M=mass  C^2 is the speed of light power 2.  That means we can solve that formula very effectively by using simple mathematics. But for that, we require variab

The black hole describes that the object pulls things inside it by using gravitation. Other types of ultra-dense objects act like black holes. But in those objects, things like electromagnetic fields or molecular wave movement pull material in that structure. Those things can have similar abilities to black holes. And they can accelerate particles at a very high speed.  "Researchers at Johns Hopkins University have conducted simulations that suggest the existence of a new type of celestial object that closely resembles a black hole. Called a topological soliton, this hypothetical object distorts space in the same way as a black hole but scatters and releases weak light rays instead of absorbing them". ScitechDaily.com/Faux Hole Phenomenon: Could This Copycat Black Hole Be a New Type of Star?) The researchers used mathematical equations and simulations to construct the object, indicating that there may be other hidden celestial bodies in space. This research is based on string

"NASA’s Perseverance rover, shown in this artistic rendering, landed at Mars’ Jezero Crater in February 2021 and started gathering soil samples soon after that. Although Perseverance is not looking directly for organisms living on Mars today, the rover is collecting data that could be used to identify biosignatures of ancient microbial life. Credit: NASA/JPL-Caltech" (ScitechDaily.com/We Asked a NASA Scientist: Is There Life on Mars?) Another question about this topic again. The answer to that question is very complicated. Before samples from the red planet are transferred to the BL-5 level laboratory where research teams can make the real chemical and microscopic analysis all answers are open. The BL-5 laboratories are required because those samples pollute very easily.  "Electron microscopy revealed chain structures resembling living organisms in meteorite fragment ALH84001". (Wikipedia/https://en.wikipedia.org/wiki/Allan_Hills_84001). Those remnants could be bact

The bubble of nothing. The diameter of that bubble is about 300 light-years is the place where is the lowest known energy level. The density of radiation and other fields are lowest as possible. That area is interesting. Because there some researchers hope that they could see the fourth dimension.  The thing that separates the third dimension from the fourth dimension is the energy level. At which a particle loses its ability to interact with other 3D particles. That great nothing can just uncover the Higgs field. And it can answer the question does the proton split? That could uncover the possibility of the formation of iron stars.  As I wrote many times the energy roof in the third dimension is the energy floor of the fourth dimension. In this area, the energy floor of the fourth dimension is extremely low. And researchers could think that they could see tachyon interaction. Theoretically, the tachyon cannot come out from the fourth dimension because the energy floor or energy that t

There is no remaining original DNA of the very first organisms on Earth. People normally say that things like mitochondria (mtDNA) are not changing. But actually, there are mutations also in that DNA. When electromagnetic or chemical stress impacts the DNA that causes changes in its structure. This is one of the reasons why we cannot restore things like T-Rex to nature. We can take the DNA of that dinosaur and put that DNA in some other reptilians morula. In that process, we must just change the DNA in the cell's nucleus.  But the problem is nobody knows how much damage is in that DNA. Nobody has ever seen a living T-Rex, and that means. No DNA can compare with the DNA sequences used in that work. Without full DNA from the living organism, there is no DNA matrix. If we want to fix those damages in genomes by using sequences taken from some chicken that thing will not work as we want.  The problem is that nobody knows what DNA sequences are missing. So genetic engineers can create s

The main problem with old-fashion models of cosmology is that they are modeling the universe and its energy fields as a static entirety. The new models are modeling the universe and its energy fields as a dynamic entirety. That changes its form and energy states all the time. The energy state is not the entire universe. Another important thing is the wavelength of the oscillation.  The Theory of General Relativity from 1916 is the repairing for weaknesses found in the Theory of Special Relativity from 1905. The problem with the Theory of Special Relativity is that it doesn't take notice of the curvature of spacetime. The thing is that we used models where the universe is a static entirety. Old theories didn't match reality like planet Mercury's orbiting time around the sun.  And that made Albert Einstein create the Theory of General Relativity, which takes notice of the curvature of spacetime around the gravitational centers. Today we think that there is a pothole around ev