From definition of base units follows – the time is equal to the frequency of oscillation of electromagnetic waves, these oscillations need a space, the volume. Matter is a special form of “frozen or bounded” oscillations. There is no so big difference between Matter and Energy. The base of oscillations is quantum field full of vacuum fluctuations. Through them oscillations are going.  There is some way how to modulate “regular” oscillations through indescribable quantum field. The average energy of vacuum ifluctuations is or not to equal to zero (see two kinds of a vacuum). Precisely to say energy of vacuum fluctuations oscillates around zero. Who is able to say something about intervals? Where is the base unit of such fluctuations? We could say every oscillation is an original – the origin of the ireversibility of processes in the universe – the arrow of time. 

To have energy we must have at least two or more wavelenghts. Only one wavelenght there is no ratio – only one value equals to 1 (or anything else as we wish). The value of energy is given by ratio of measured energy to base unit for energy. 

Conservation of energy (matter) is valid only for closed space like in second law of thermodynamics. The sum of total energy before the experiment in closed space is equal with the sum of total energy after the experiment.

The law of conservation energy or of conservation shapes or structures like pots or artworks at all. The law of conservation of information?

Not only the law of conservation energy, but conservation of frequency or shapes, space, volume or artworks which are sometimes broken? Where is the point of view? What about the frequency. What does the frequency mean? Regular changes or nearly regular changes? See probabilistic distribution with peak in the middle. How long the frequency must to be or how many? Where is the point of view for valuating what is frequency, how many are there parts and so on. What about the part of frequency? Like the part of the pot which is created by the potter. Such laws are valid only for closed space. And what does it mean the closed space?  

Where did the information come from? Where did all “regular” changes come from in such indescribable random cirmcumastances of quantum foam. new music songs, art works, inventions, new ideas, etc. The law of conservation of new music songs, art works, inventions, new ideas, etc.  information? See entropy – informations, shapes and structures.


See below –  brief remarks waiting for word processing to articels 

Very important short remark about temperature. Briefly – the zero point degree celsius (0°C) temperature was chosen by A. Celsius as the temperature at which ice melts or water freezes at a defined atmospheric pressure. 100°C means the temperature of boiling water at a defined atmospheric pressure. These two points are determined by the temperature scale. As well as two points in mathematics, a straight line is determined. O.K. Go on. Scientists (Boyle, Mariott, Gay-Lussac, Pascal, etc.) investigated the behaviour of gases. Change in their volume depending on temperature and pressure. At constant atmospheric pressure, they found a reduction in the volume of gases studied. Air, nitrogen, hydrogen, etc. The reduction in temperature leads to a reduction in the volume of gas. Expressed mathematically — we get a linear dependency — a line with a given direction. How many different gases so many different directions. That was the premise – see the figure below.

But what was a tremendous surprise was that these divergent directictions after their extrapolation meet at a single point, or in a given area, according to the accuracy of the measurement. See next image.

Furthermore, it has been developed on the basis of passed measurements of the theory of ideal gas. this theory works with a gas that behaves ideally – without interfering with internal particles. Light gases such as hydrogen and helium are closest to the ideal gas. But these gases condense at a sufficiently low temperature. Whereas the ideal gas does not condense until temperature, when its volume is reduced to zero. This is equivalent to a temperature of -273.15°C. Temperature absolute zero.
It should be added that this temperature was determined only and only by extrapolating to the ideal gas on the basis of measurements made for real gases.
We also know from the third law of thermodynamics that this temperature is unreachable. As is the unreachable speed of light in physics according to the special theory of relativity. But in thermodynamics, we already know negative absolute temperatures – spin systems. This is not a fabrication, nor is it nonsens – it is a reality. On the basis of which quantum generators – masers and lasers – work.
Let’s go back to the ideal gas theory. Let’s think of this gas as particles, or zero-size points that vary in position. In other words, these points are indistinguishable from each other (as are electrons in physics), but they have different distances between them. We know from Cantor’s theory that one point of zero size can contain infinite points of equal, zero size.