Nature/Matter

Introduction The world consists of matter (substance) and energy (radiation). These two can have a variety of ordered and random forms (structures). They can also be converted into one another under certain conditions. An unanswered question is whether the structure ( = information) is only a property of matter and energy, or whether it is an independent basic substance. The currently prevailing doctrine does not see any independent substance in information. What is matter? Matter is a general term for everything material that surrounds us and of which we ourselves are made. Physical In the physical sense, matter is everything that has a non-zero rest mass.  The defining properties of matter are its mass (physics) mass, volume, structure and internal thermal energy.  Matter in a broader physical sense includes matter in the narrower sense as well as antimatter. Properties of Matter thumb|300x300px|Quartz crystal, a piece of solid matter Matter has some important properties: mass (physics) mass volume Structure amount of substance heat energy States of Matter Gif files of the different states of matter thumb thumb thumb There are several manifestations (state of matter states of matter) of matter, for example: solid fluid gaseous plasma (physics) plasma Bose-Einstein condensate fermion condensate When matter transitions from one state of aggregation to another, the inner order of matter changes greatly. The entropy changes significantly even if the temperature remains the same. Entropy is a measure of the random structure of matter particles. No Matter Electromagnetic radiation, just like all other (rest massless) boson bosons, is not conceived as matter in a narrow sense. Mathematical concepts like points, lines, and planes are immaterial. vacuum contains little or no matter. Creation of matter According to the current cosmology cosmological standard model, large amounts of energy were released during the Big Bang. These massive amounts of energy led to the formation of large amounts of densely packed elementary particles. In the so-called hadron era between 10-32 and 10-4 seconds after the Big Bang, the first stable proton protons and neutron neutrons came into existence. In the so-called Lepton era up to the 1st second after the big bang, the first stable electron electrons were created. Up until this time, matter and antimatter annihilated each other. In the end, the matter was left behind. Why only matter remained and not antimatter is unexplained. In the following radiation era, hydrogen , deuterium and tritium were formed. Today's matter era began about a million years after the Big Bang. The hydrogen clouds formed galaxy galaxies and stars and in those the hydrogen fused into helium and onto carbon and iron, the most common chemical elements in our universe. It is assumed that the heavier, rarer elements such as gold, lead, and uranium were created by the collision of neutron stars neutron stars, but especially in supernova supernovae. Extension of the term: Matter With the development of his Special Theory of Relativity Albert Einstein provided the well-known formula This means that electromagnetic radiation (light, heat rays, etc.) can also be assigned a 'dynamic' mass. Hence the condition that matter must have mass is satisfied by the condition that matter must have mass at rest. Conversely, massive matter particles also have wave properties (see the theory of matter waves by Louis Victor de Broglie). This means that the particles can no longer be precisely located. Instead, however, a statement can be made about the probability of their location. Matter is built up from atoms. And atoms are made up of fermion fermions. In the group of fermions the three well-known particles the electron, the proton and the neutron, are found. Protons and neutrons are made out of quark (physics) quarks. Philosophically thumb|300px|Immanuel Kant, give me matter, I want to build a world out of it The concept of matter is a central concept of philosophy. What matters actually is has been the subject of controversy since the beginning of philosophy. Today, this discussion has died down completely, since physics and chemistry have very successfully adopted the term and partially clarified it. On the other hand, the philosophical discussion about the Philosophie_des_Geistes Mind-Matter Contrast is still in heat today. Antiquity According to the Greek Pre-Socraticsn, the building blocks of reality were the 4 'elements': Fire, Water, Air and Earth. This four element theory four elements theory is outdated today and only of historical interest. Middle Ages In the Middle Ages, the scholastic scholastic doctrine of matter is based on the basic concepts of Aristotle and expands on them. The starting point is the problem of becoming. To explain this requires a permanent and changing part. The remaining part is matter (also called cloth). The changing part is the immaterial form (forma). Modern Times According to Kant, matter primarily has 2 properties: Expansion and mass. It is matter about an understandable term implying space (extent), and a comprehensible view in which the mass has been added to the space. thumb|300px|The materialist Karl Marx Matter as a philosophical category is not defined by the Marxism Marxist-Leninists by enumerating physical properties, but by formulating the opposite to consciousness. Matter in this philosophical sense includes everything that exists independently of consciousness. Materialism is the philosophical teaching, according to which the entire reality can be structured materially and accordingly understood purely materially. It was especially popular in the 19th century. Most scientists today believe in an informed materialism, i.e. the world consists of matter (and energy). The structure of matter contains all of its spiritual possibilities. It is not yet clear if there is an independent basic substance of information. Norbert Wiener, the founder of cybernetics , said: Information is information, neither matter nor energy. No materialism that does not take this into account can survive today. See Also structure of matter Dark Matter solid, liquid, gas gases, plasma (physics), crystal chemical compound, solution (chemistry), mixture