Information never vanishes.

   Are there other realities?  When we are talking that reality can be the sum of all existent realities we must ask: is there some other realities than the reality where we are now? Reality is always a unique experience. But then we must realize that there is one remarkable thing in the human brain.  The human brain can work in superposition. That means that we can do and think about different things. We can cook food and think about mathematical formulas at the same time. So in that case, we have two states in our brains.  That means our way to realize things differs from dogs and other animals. Animals have only one state in their brain. They live here and now. In the human brain, the second state allows us to think abstract things without risk. The ability to think abstraction makes us unique.  But if some animal starts to think about abstraction. That means the animal slides out of reality. And that thing puts our animals in danger. Because the human b...

Molecules and hadrons are entirety. Atoms and quarks reflect radiation. But also bonds between those particles are reflecting wave movement with a frequency that is the same as their diameter. Also, electrons reflect wave movement that hits them. The reflection happens through superstrings that form the elementary particle.  And if the length or state of those strings is different. That means the elementary particle transforms wave movement to a new frequency. Or because the state of energy level in those strings is individual. Every single superstring has its unique frequency.  Those particles are transforming impacting energy to multiple frequencies. So the information that hits particles scatters in multiple states. And that means there is a possibility that we just haven't been able to search the dark energy from the right frequencies.  Is the source of dark energy in gluons or gluon channels? That is transmitting the strong nuclear force? So gravitational waves can s...

"Researchers have discovered that complex random behaviors naturally emerge from even the simplest, chaotic dynamics in a quantum simulator. This illustration zooms into one such complex set of states within an apparently smooth quantum system. Credit: Adam Shaw/Caltech" (ScitechDaily.com/The Future of Error Correction: Taking Advantage of Quantum Scrambling) The problem with a quantum computer is that system must detect and separate the qubit from its background. A qubit is a particle that has multiple states. And the biggest problem in quantum systems is the energy flow. The energy level in the qubit must be different than in the background. There is a possibility that the qubit's energy level is higher or lower than its background.  In the image from the top of the text, you can see the problem with the background. The energy background in nature has different levels. And that thing can cause that when qubit travels over those energy pits that affects the energy level ...

There is no absolute information.  If some object is forward of the main information. The main information is the information that has the biggest effect on the observer. But the thing is that we cannot separate the main object from the object that is closer to us.  That closer object seems to dominate. Information travels in time and space. When we think about the information's source, we can think that is the object. And photons bring information about that object to the observer.  The existence of an object means that we get information about the object. That object's existence starts with us, but an object can be virtual. And it exists until we get information that the object's existence ends. But information about that object remains in our memory. And if the object exists only in our imagination. An object's existence is virtual.  Information is like a road or tower. That means information forms chains. Information can be material, or it can be the things like ...