In today's article, we will discuss what the physical body is. this term has already met you more than once during the years of schooling. We first encounter the concepts of "physical body", "substance", "phenomenon" in the lessons of natural history. They are the subject of study of most sections of the special science - physics.

According to "physical body" means a certain material object that has a form and a clearly defined outer boundary that separates it from the external environment and other bodies. In addition, the physical body has such characteristics as mass and volume. These parameters are basic. But there are others besides them. We are talking about transparency, density, elasticity, hardness, etc.

Physical bodies: examples

To put it simply, we can call any of the surrounding objects a physical body. The most familiar examples of them are a book, a table, a car, a ball, a cup. The physicist calls a simple body that whose geometric shape is simple. Composite physical bodies are those that exist in the form of combinations of simple bodies fastened together. For example, a very conditionally human figure can be represented as a set of cylinders and balls.

The material of which any of the bodies consists is called substance. At the same time, they can contain in their composition both one and a number of substances. Let's give examples. Physical bodies - cutlery (forks, spoons). They are usually made from steel. A knife can serve as an example of a body composed of two different kinds of substances - a steel blade and a wooden handle. And such a complex product as a cell phone is made from a much larger number of "ingredients".

What are the substances

They can be natural or artificially created. In ancient times, people made all the necessary items from natural materials (arrowheads - from clothes - from animal skins). With the development of technological progress, substances created by man appeared. And now they are in the majority. A classic example of a physical body of artificial origin is plastic. Each of its types was created by a person in order to ensure the necessary qualities of a particular object. For example, transparent plastic - for glasses lenses, non-toxic food - for dishes, durable - for car bumpers.

Any object (from to a high-tech device) has a number of certain qualities. One of the properties of physical bodies is their ability to attract each other as a result of gravitational interaction. It is measured using a physical quantity called mass. By definition of physicists, the mass of bodies is a measure of their gravity. It is denoted by the symbol m.

Mass measurement

This physical quantity, like any other, can be measured. To find out what is the mass of any object, you need to compare it with the standard. That is, with a body whose mass is taken as a unit. The international system of units (SI) is the kilogram. Such an "ideal" unit of mass exists in the form of a cylinder, which is an alloy of iridium and platinum. This international design is kept in France, and copies are available in almost every country.

In addition to kilograms, the concept of tons, grams or milligrams is used. Body weight is measured by weighing. This is a classic way for everyday calculations. But in modern physics there are others that are much more modern and highly accurate. With their help, the mass of microparticles, as well as giant objects, is determined.

Other properties of physical bodies

Shape, mass and volume are the most important characteristics. But there are other properties of physical bodies, each of which is important in a certain situation. For example, objects of equal volume can differ significantly in their mass, that is, have different densities. In many situations, characteristics such as brittleness, hardness, resilience or magnetic qualities are important. We should not forget about thermal conductivity, transparency, homogeneity, electrical conductivity and other numerous physical properties of bodies and substances.

In most cases, all such characteristics depend on the substances or materials of which the objects are composed. For example, rubber, glass and steel balls will have completely different sets of physical properties. This is important in situations where bodies interact with each other, for example, in studying the degree of their deformation when colliding.

About accepted approximations

Certain sections of physics consider the physical body as a kind of abstraction with ideal characteristics. For example, in mechanics, bodies are represented as material points that do not have mass and other properties. This branch of physics deals with the movement of such conditional points, and for solving the problems posed here, such quantities are of no fundamental importance.

In scientific calculations, the concept of an absolutely rigid body is often used. Such is conditionally considered a body that is not subject to any deformations, with no displacement of the center of mass. This simplified model makes it possible to theoretically reproduce a number of specific processes.

The section of thermodynamics for its own purposes uses the concept of a completely black body. What is it? A physical body (a certain abstract object) capable of absorbing any radiation falling on its surface. At the same time, if the task so requires, they can emit electromagnetic waves. If, according to the conditions of theoretical calculations, the shape of physical bodies is not fundamental, it is considered by default that it is spherical.

Why are the properties of bodies so important?

Physics itself, as such, originated from the need to comprehend the laws by which physical bodies behave, as well as the mechanisms for the existence of various external phenomena. Natural factors include any changes in our environment that are not related to the results of human activity. Many of them are used by people to their advantage, but others can be dangerous and even catastrophic.

The study of the behavior and various properties of physical bodies is necessary for people in order to predict adverse factors and prevent or reduce the harm they cause. For example, by building breakwaters, people are accustomed to dealing with the negative manifestations of the sea. Mankind has learned to resist earthquakes by developing special earthquake-resistant building structures. The load-bearing parts of the car are made in a special, carefully calibrated form to reduce damage in accidents.

About the structure of bodies

According to another definition, the term "physical body" means everything that can be recognized as really existing. Any of them necessarily occupies a part of space, and the substances of which they are composed are a collection of molecules of a certain structure. Its other, smaller particles are atoms, but each of them is not something indivisible and completely simple. The structure of an atom is rather complicated. In its composition, one can distinguish positively and negatively charged elementary particles - ions.

The structure, according to which such particles line up in a certain system, for solids is called crystalline. Any crystal has a certain, strictly fixed shape, which indicates the ordered movement and interaction of its molecules and atoms. When the structure of crystals changes, a violation of the physical properties of the body occurs. The state of aggregation, which can be solid, liquid or gaseous, depends on the degree of mobility of elementary components.

To characterize these complex phenomena, the concept of compression coefficients or volumetric elasticity, which are mutually reciprocal, is used.

Molecule movement

The state of rest is not inherent in either atoms or molecules of solids. They are in constant motion, the nature of which depends on the thermal state of the body, and the influences to which it is currently exposed. Part of the elementary particles - negatively charged ions (called electrons) moves at a higher speed than those with a positive charge.

From the point of view of the state of aggregation, physical bodies are solid objects, liquids or gases, which depends on the nature of molecular motion. The whole set of solids can be divided into crystalline and amorphous. The motion of particles in a crystal is recognized as completely ordered. In liquids, molecules move according to a completely different principle. They move from one group to another, which can be figuratively represented like comets wandering from one celestial system to another.

In any of the gaseous bodies, the molecules have a much weaker bond than in liquid or solid. Particles there can be called repulsive from each other. The elasticity of physical bodies is determined by a combination of two main quantities - the shear coefficient and the coefficient of volume elasticity.

Body fluidity

Despite all the significant differences between solid and liquid physical bodies, their properties have much in common. Some of them, called soft ones, occupy an intermediate state of aggregation between the first and second ones with physical properties inherent in both. Such a quality as fluidity can be found in a solid body (an example is ice or shoe pitch). It is also inherent in metals, including rather hard ones. Under pressure, most of them are able to flow like a liquid. By joining and heating two solid pieces of metal, it is possible to solder them into a single whole. Moreover, the soldering process takes place at a temperature much lower than the melting point of each of them.

This process is possible provided that both parts are in full contact. It is in this way that various metal alloys are obtained. The corresponding property is called diffusion.

About liquids and gases

Based on the results of numerous experiments, scientists have come to the following conclusion: solid physical bodies are not some isolated group. The difference between them and liquid ones is only in greater internal friction. The transition of substances to different states occurs under conditions of a certain temperature.

Gases differ from liquids and solids in that there is no increase in the elastic force even with a strong change in volume. The difference between liquids and solids is in the occurrence of elastic forces in solids during shear, that is, a change in shape. This phenomenon is not observed in liquids, which can take any of the forms.

Crystalline and amorphous

As already mentioned, two possible states of solids are amorphous and crystalline. Amorphous bodies are bodies that have the same physical properties in all directions. This quality is called isotropy. Examples include hardened resin, amber products, glass. Their isotropy is the result of the random arrangement of molecules and atoms in the composition of matter.

In the crystalline state, elementary particles are arranged in a strict order and exist in the form of an internal structure, periodically repeating in different directions. The physical properties of such bodies are different, but in parallel directions they coincide. This property inherent in crystals is called anisotropy. Its reason is the unequal force of interaction between molecules and atoms in different directions.

Mono- and polycrystals

In single crystals, the internal structure is homogeneous and repeats throughout the volume. Polycrystals look like a lot of small crystallites chaotically intergrown with each other. Their constituent particles are located at a strictly defined distance from each other and in the right order. A crystal lattice is understood as a set of nodes, that is, points that serve as centers of molecules or atoms. Metals with a crystalline structure serve as a material for the frames of bridges, buildings and other durable structures. That is why the properties of crystalline bodies are carefully studied for practical purposes.

Real strength characteristics are negatively affected by crystal lattice defects, both surface and internal. A separate section of physics, called solid body mechanics, is devoted to similar properties of solids.

physical bodies- any object that has a shape and volume.

For example, a wide variety of objects are physical bodies: an aluminum spoon, a nail, a diamond, a glass, a plastic bag, an iceberg, a grain of table salt, a lump of sugar, a raindrop. And the air? He is constantly around us, but we do not see his form. For us, air is a medium. Another example: for a person, the sea is, although very large, but still a physical body - it has a shape and volume. And for the fish that swims in it, the sea is most likely the environment.

Scientists believed that the brain was static, but research by neurophysiologists shows that absolutely every even the smallest experience causes thousands of millions of neural changes that affect the body as a whole. In his book Evolve Your Brain: The Science of Changing Your Mind, Joe Dispensa asks a logical question: if our thoughts cause certain negative states in the body, will this abnormal state eventually become the norm?

Dispensa conducted a special experiment to confirm the possibilities of our consciousness. People in one group pressed the spring mechanism with the same finger every day for an hour. In the other group, they only had to imagine that they were pushing him. As a result, the fingers of people in the first group gained 30%, while the fingers of the first group gained 22%.

Substances What are physical bodies made of?

Give examples of substances known to you that may be

a) in all three states of aggregation;

b) only in solid or liquid state;

Such an influence of purely mental practice on physical parameters is the result of the work of neural networks. So, Joe Dispensa showed that there is no difference between real and mental experiences for the brain and neurons. And this means that if we pay attention to our negative thoughts, our brains perceive them as reality and cause corresponding changes in the body. For example, illness, fear, depression, aggression, etc.

Stable neural networks form unconscious patterns of emotional behavior, i.e. tendency to some form of emotional response. In turn, this leads to repetitive life experiences. We make the same oars only because we do not understand the reasons for their appearance! And the reason is simple: every emotion is "felt" by the release of a certain set of chemicals in the body, and our body simply becomes, in a sense, "addicted" to such chemical combinations. By recognizing this dependence, precisely as a physiological dependence on chemicals, we can get rid of it.

c) only in the solid state

Physical properties of matter

– properties exhibited by a substance in processes in which the substance remains chemically unchanged.

Examples of physical properties are shape, color, odor, solubility, melting point, density.

Only a conscious approach is required. Dispensa uses the latest achievements of quantum physics in his explanations. Why wait for a special moment or the beginning of the New Year to begin a radical change in your thinking and your life for the better? Try doing things in a different order, like if you washed your face first and then your teeth did the opposite. Or take and forgive someone. Break the usual structures! And you will feel unusual and very pleasant feelings, you will like it, not to mention the global processes in the body and the consciousness that you will put into action.

• Substance A substance has properties by which it can be recognized.
• Property- that which can be seen, heard, smelled or touched and which makes it possible to recognize a material or substance and distinguish it from other materials or substances All materials and substances have physical properties and chemical properties.

• Solid(substance) - one of the forms of existence of matter. A solid body has a certain volume and a certain shape, which are difficult to change. Preservation of volume and shape is a property of a solid body. For example, iron at room temperature is a solid.
• Liquid one of the physical states of matter. A liquid has a definite volume but no definite shape. It is easy to change the shape of a liquid, but it is difficult to change the volume. For example, water and kerosene are liquids at room temperature. The liquid takes the form of a vessel.
• Gas one of the physical states of matter. The gas has no definite volume and shape, they are easy to change. Gas has another special property: it is able to expand, filling the entire volume of the vessel in which it is located.

• substance with color(color), for example, a colored solution may be brown, blue, green, black, etc. For example, milk is a white liquid, and lead sulfide is formed as a black precipitate, which is regarded as a colored (colored) precipitate.
• Colorless- the term characterizes a substance that does not have a color (color), for example, water is colorless, air is colorless. Colorless - opposite in meaning to colored. The paper is white and the window glass is colorless

• Smell A property of a material or substance that is recognized by the sense of smell. For example, onions have a very specific smell. odorous .
• Deprived odor - the term characterizes a material or substance that does not have an odor.

• Boiling point (point) is the temperature at which a liquid turns into vapor. At the boiling point, the saturation vapor pressure of a liquid is equal to atmospheric pressure. The boiling point of water at normal atmospheric pressure is 100°C.
• Melting point (point) is the temperature at which a solid becomes liquid. At the melting point, solid and liquid forms of a substance exist simultaneously. The term melting point is applied to substances that are solid at room temperature.

• Shine The property of a surface to strongly reflect light falling on it. Glitter is a quality property. For example, the surface of silver has a sheen.

• Soluble- a substance that can be dissolved in a liquid; this liquid is usually water. For example, sugar is soluble in water.
• Insoluble- a substance that does not dissolve in a liquid . Very few substances are completely insoluble.
• sparingly soluble A substance only a small part of which is soluble in a liquid. For example, lime is slightly soluble in water.

The subject of study of many branches of physics is the behavior of physical bodies, their properties and features of interaction with each other.

Start getting into the habit of thinking of yourself and talking to yourself like your best friend. A change in thinking leads to profound changes in the physical body. If someone thinks, looking impartially to the side. And felt a strong desire not to react as before, or not to do something similar before, which means that he went through the process of "realization".

At that moment, he made the jump. Accordingly, the personality begins to change, and a new person needs a new body. Spontaneous healings take place: with the new consciousness, the disease can no longer remain in the body, as the biochemistry of the whole body changes and the person heals.

However, before proceeding to study them, it is necessary to determine what a physical body is and what characteristics it has.

Physical body - definition

In physics, when talking about a physical body, they mean a certain material object that has a shape, a certain external boundary separating it from other bodies and the external environment, as well as a volume and mass corresponding to this shape.

Reliable behavior can be defined very easily: it is something that you have a hard time stopping when you want to. If you can’t get away from the computer and you visit a social network every five minutes, or you realize, for example, that irritability interferes with your relationship, but you can’t stop being annoying - you have an addiction not only to the mental level, but also to biochemical .

It has been scientifically proven that the action of chemical elements lasts from 30 seconds to 2 minutes, and if you continue to experience certain conditions for longer, you should know that all the rest of the time that you artificially hold in yourself, provoking with the thought of cyclic firing of neural networks and the repeated release of unwanted hormones that cause negative emotions, that is, you yourself maintain this state of yourself!

In addition to the above basic characteristics, a physical body can have a number of other properties - density, transparency, hardness / elasticity, etc. All objects that surround us are physical bodies. A cup, a desk, a ball, a book, a truck - all of them are physical bodies from the point of view of physics.

In other words, you are voluntarily choosing your self-esteem. The best advice for such situations is to learn to switch your attention to something else - to nature, sports, comedy and everything that can be distracted and switched. A sharp focus of attention allows you to weaken and suppress the action of hormones responsible for a negative state. This ability is called neuroplasticity.

And the better you develop this quality in yourself, the easier it will be to control your reactions, which, in turn, will lead to multiple changes in your perception of the external world and your inner state. This process is called evolution.

Physicists distinguish between simple bodies, which have a simple geometric shape, and composite bodies, which are combinations of simple bodies fastened together. Such a representation is necessary to simplify calculations, especially in cases where the internal state of the physical body does not play a big role in the process under study. For example, the human body can be viewed as a collection of balls and cylinders.

As new thoughts lead to new choices, new choices lead to new behaviors, new behaviors lead to new experiences, new experiences lead to new emotions, which, along with new information from around the world, begin to change your genes epigenetically.

And then these new emotions, in turn, begin to arouse new thoughts, and so you develop self-esteem, self-confidence, and so on. in this way we can improve ourselves and our lives accordingly. Depression is also a prime example of addiction. Any addiction condition refers to a biochemical imbalance in the body as well as an imbalance in the working of the mind-body relationship.

Properties of physical bodies

In addition to shape, volume and mass, physical bodies are characterized by a number of other properties that can be important for various situations. So, bodies of the same volume often differ in mass and, accordingly, in density. In addition, in a number of cases, other characteristics of bodies are also important - their hardness, brittleness, elasticity, magnetic properties, transparency, thermal conductivity, uniformity, electrical conductivity, etc. In many ways, these properties depend on the materials that make up physical bodies.

So, balls made of rubber, concrete, wool, glass and steel will have completely different sets of physical properties. However, their properties will be important only when the interactions of bodies with each other are studied - for example, it is necessary to find out the degree of deformation of certain bodies during a collision.

The biggest mistake people make is that they associate their emotions and behaviors with their personality. Therefore, we say: “I am nervous”, “I am weak”, “I am sick”, “I am unhappy” and so on. People think that the manifestation of certain emotions identifies their personality, so they constantly subconsciously strive to repeat the pattern of reaction or state, as if convincing each other of who they are.

Even if they themselves suffer greatly from it! Any undesirable condition can be removed at will, and the possibilities of each person are limited by his imagination. And when you want to change your life, imagine what you want to change, but don't make a "strict plan" in your mind about how it will happen and about "choosing" the best option, which can be quite unexpected.

Absolutely rigid body, material point and other abstractions

In some sections of physics, bodies are considered not in the aggregate of their inherent properties, but as some kind of abstraction, which are assigned ideal characteristics. So in mechanics, all bodies are represented as material points, without taking into account their mass and other physical properties. This discipline studies the movement of material points without taking into account their real sizes and masses, since these quantities are not important for solving a number of problems. If you calculate the average speed of a train over a certain distance, you don't need to know how many cars are on the train.

It is enough to relax internally and try to enjoy the soul of what has not yet happened, but it will definitely happen. Because at the level of quantum reality, it has already happened, if you clearly imagined it, and you were delighted from the bottom of your heart. It is from the quantum level that events materialize.

People are used to enjoying only what they can "touch", which is already realized. But we are not accustomed to trust ourselves and our ability to create reality, although we do it every day and, in essence, a negative wave. "Our most common habit is to become a habit of being ourselves."

Often, physicists use the concept of an absolutely rigid body to perform any calculations. It never undergoes deformation, its center of mass does not shift, which makes it possible to simulate a number of processes without unnecessary complication. To solve thermodynamic problems, it is convenient to use a black body - an abstract object that absorbs all radiation incident on its surface.

And Dispensa advises: never stop learning. Information is best absorbed when you are amazed. Try to learn something new every day - it develops and trains your brain, creating new neural connections, which in turn can change and develop your ability to consciously think, which will help you simulate your own happy and realistic reality.

The power of healing through parables

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Carl Jung - Everything that irritates us actually leads us to self-awareness

Impression management tactics. Diseases of the body do not exist by themselves. Negative behavioral model does not come anywhere. Fears and phobias are not caused by scary animals or dangerous places. Allergies are absolutely phantom and have no medical origin. What is common among all these conditions is that they do not originate from matter.

In this case, the body itself can emit electromagnetic waves, if required by the task. In cases where the shape of the physical body does not matter, it is assumed that it has the shape of a ball.

Physical body and physical phenomenon

Physics as a science arose due to the need to identify the laws of behavior of physical bodies and the mechanisms of formation of natural phenomena. In fact, all changes in our environment that are not related to human activities are natural phenomena. Most of them are useful to people, but there are also dangerous and even catastrophic natural phenomena.

The way we perceive the environment and ourselves is energy. Thoughts, perceptions, words that are spoken out loud, memories are in the process of consolidating, strengthening and turning into beliefs. And these beliefs create what doesn't know how to control genetics, biology, chemistry, our behavior, how we think, how we think, how we act, how we communicate, how we live. More than 98% of our daily activities are guided by subconscious programs.

"Illness" occurs at the physical level to give us a signal. In order to bring our attention to the spiritual mind, which we have been missing for long enough, it must manifest itself on the physical level. Sensitive sensations like pain, heavy physical material or inexplicable sensations that occur in certain areas of the body when we are under the influence of a certain emotion - contact us. They speak their own language, trying to tell us the direction we want to find.

People need to study the properties and behavior of the physical bodies that take part in them in order to learn how to predict adverse events, prevent them or reduce their harm. So, the harmful effect of sea waves has long been learned to reduce by building breakwaters - concrete ledges that go into the sea for tens of meters and break a single wave front.

The destructive effect is overcome by the construction of earthquake-resistant buildings of a special design. To reduce damage when the car comes into contact with solid objects, the load-bearing structures of its body are given a special shape. All this became possible thanks to the study of the characteristics of physical bodies.

Our beliefs, how we feel in a certain situation, the diseases we suffer - they all have their material expression, which tells where to look for the causes. The way we perceive the world is the consciousness shaped by our beliefs. Beliefs and beliefs control our perception. Rewrite your beliefs and change your perception. Rewrite perception and rewrite information in your genes and behavior. We are free to change the way we perceive the world. We are not victims of our genes.

We are masters of our own genetics. And that mastery starts with conviction. - Professor Dr. Bruce Lipton. Can there be something in common between these three examples. You have to talk to an audience, and your hands are sweaty, you pierce something under a spoon, your throat is dry. You have to climb a high peak, your knees soften, you pour lead, and you cannot take a step. It sucks, hurts, grazes and covers you like a second prickly skin. You want to hide from this whole aggressive world.

• The feeling is fear of failure, insecurity, a feeling of inferiority.
• Throat in fear, sharp pains cut through the stomach.
• They are fighting some form of skin disease.

It's a collection of dozens, each with different suffering but for the same reason.

The subject of study of many branches of physics is the behavior of physical bodies, their properties and features of interaction with each other.


However, before proceeding to study them, it is necessary to determine what a physical body is and what characteristics it has.

Physical body - definition

In physics, when talking about a physical body, they mean a certain material object that has a shape, a certain external boundary separating it from other bodies and the external environment, as well as a volume and mass corresponding to this shape.

In addition to the above basic characteristics, a physical body can have a number of other properties - density, transparency, hardness / elasticity, etc. All objects that surround us are physical bodies. A cup, a desk, a ball, a book, a truck - all of them are physical bodies from the point of view of physics.

Physicists distinguish between simple bodies, which have a simple geometric shape, and composite bodies, which are combinations of simple bodies fastened together. Such a representation is necessary to simplify calculations, especially in cases where the internal state of the physical body does not play a big role in the process under study. For example, the human body can be viewed as a collection of balls and cylinders.

Properties of physical bodies

In addition to shape, volume and mass, physical bodies are characterized by a number of other properties that can be important for various situations. So, bodies of the same volume often differ in mass and, accordingly, in density. In addition, in a number of cases, other characteristics of bodies are also important - their hardness, brittleness, elasticity, magnetic properties, transparency, thermal conductivity, uniformity, electrical conductivity, etc. In many ways, these properties depend on the materials that make up physical bodies.


So, balls made of rubber, concrete, wool, glass and steel will have completely different sets of physical properties. However, their properties will be important only when the interactions of bodies with each other are studied - for example, it is necessary to find out the degree of deformation of certain bodies during a collision.

Absolutely rigid body, material point and other abstractions

In some sections of physics, bodies are considered not in the aggregate of their inherent properties, but as some kind of abstraction, which are assigned ideal characteristics. So in mechanics, all bodies are represented as material points, without taking into account their mass and other physical properties. This discipline studies the movement of material points without taking into account their real sizes and masses, since these quantities are not important for solving a number of problems. If you calculate the average speed of a train over a certain distance, you don't need to know how many cars are on the train.

Often, physicists use the concept of an absolutely rigid body to perform any calculations. It never undergoes deformation, its center of mass does not shift, which makes it possible to simulate a number of processes without unnecessary complication. To solve thermodynamic problems, it is convenient to use a black body - an abstract object that absorbs all radiation incident on its surface.

In this case, the body itself can emit electromagnetic waves, if required by the task. In cases where the shape of the physical body does not matter, it is assumed that it has the shape of a ball.

Physical body and physical phenomenon

Physics as a science arose due to the need to identify the laws of behavior of physical bodies and the mechanisms of formation of natural phenomena. In fact, all changes in our environment that are not related to human activities are natural phenomena. Most of them are useful to people, but there are also dangerous and even catastrophic natural phenomena.

People need to study the properties and behavior of the physical bodies that take part in them in order to learn how to predict adverse events, prevent them or reduce their harm. So, the harmful effect of sea waves has long been learned to reduce by building breakwaters - concrete ledges that go into the sea for tens of meters and break a single wave front.


The destructive effect is overcome by the construction of earthquake-resistant buildings of a special design. To reduce damage when the car comes into contact with solid objects, the load-bearing structures of its body are given a special shape. All this became possible thanks to the study of the characteristics of physical bodies.

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PHYSICS. 1. The subject and structure of physics F. the science that studies the simplest and at the same time the most. general properties and laws of motion of the objects of the material world surrounding us. As a result of this generality, there are no natural phenomena that do not have physical. properties... Physical Encyclopedia

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Physics- Physics ♦ Physique Everything related to nature (from the Greek physis), in particular, the science that studies nature (ta physika). If nature is everything, as I believe, then physics is called upon to contain all other sciences. However, this is…… Philosophical Dictionary of Sponville

- (a. explosion physics; n. Physik der Explosion; f. physique de l explosion; and. fisica de explosion, fisica de estallido, fisica de detonacion) is a science that studies the phenomenon of an explosion and the mechanism of its action in a medium. Mechanical failure… … Geological Encyclopedia

Branch of physics that studies the structure and properties of solids. Scientific data on the microstructure of solids and on the physical and chemical properties of their constituent atoms are necessary for the development of new materials and technical devices. Physics ... ... Collier Encyclopedia

1) F. and its tasks. 2) Methods F. 3) Hypotheses and theories. 4) The role of mechanics and mathematics in F. 5) The main hypotheses of F.; matter and its structure. 6) Kinetic theory of matter. 7) Action at a distance. 8) Ether. 9) Energy. 10) Mechanical paintings, ... ... Encyclopedic Dictionary F.A. Brockhaus and I.A. Efron

Solid state physics is a branch of condensed matter physics whose task is to describe the physical properties of solids from the point of view of their atomic structure. It developed intensively in the 20th century after the discovery of quantum mechanics. ... ... Wikipedia

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Books

• New physics. Parts 1, 2, 3. Set, Kuznetsov Viktor Vladimirovich. This work is called by the author "New Physics". But why "new" physics? What does this mean and how does it differ from the "old" physics that exists now? In response to these questions, we say that ...
• Physical body. The basis of the material world, Landau Lev Davidovich, Kitaygorodsky Alexander Isaakovich. Books by Nobel Prize winner Lev Landau and Alexander Kitaygorodsky are texts that turn the narrow-minded view of the world around. Most of us regularly encounter...

Yoga is the ability to direct the mind exclusively towards an object and keep that direction without being distracted.

PHYSICAL BODY

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The well-known neuropathologist Henry Ged in the last century described certain areas of the skin in which, with a disease of the internal organs, reflected pains appear. And then the Russian clinician-therapist G.A. Zakharyin (1889) appreciated their diagnostic value.

There is an organ in our body that is very little talked about, but which can rightfully be called the “point of happiness”. And it doesn't take long to find it. This is the thymus gland. It is located in the upper part of the chest, right at the base of the sternum. Finding it is very simple: for this you need to attach two fingers folded together below the clavicular notch. This will be the approximate location of the thymus gland.

The thymus is considered the gland that keeps you young and optimistic. Recent studies confirm this. But clairvoyants saw the thymus long ago and know that it is the thymus that is the key to an expanded heart, to divine cordiality. The heart cannot be healthy without good thymus function. The thymus is of great importance in setting up the body to raise vibrations and connect with spatial possibilities.

I began to study the topic of the thymus or thymus in detail several years ago, after a nephrologist from the USA contacted me for help, who at that time had undergone an operation to remove the thymus and was undergoing chemotherapy. His request was rather unusual for a traditional physician, but quite natural for a cancer patient - to find alternative methods of maintaining health and, in particular, the immune system.

If the head of a man century is displaced by 2-5 cm from the normal position, then the pressure on the spinal column rises to 5 kg (such is the average mass of the head), which obviously provokes a curvature. And between the correct position of the head and bite - a direct relationship. The displacement of the jaw can be provoked by one incorrectly placed filling. As a result, the balance of the work of the masticatory muscles (and there are 136 of them!), Which determine the position of the lower jaw, is disturbed. Therefore, before starting the examination in the dental chair, it is necessary to check the correct posture of the patient and the position of the head.

What tissue in our body is the most and what tissue do we tend to ignore when studying physiology? This is fascia, the viscid, slippery connective tissue that holds parts of our bodies together. Fascia is a general term for the extracellular matrix of fibers, the “glue” and water that surrounds all of your cells and envelops your muscle fibers, muscles, organs, bones, blood vessels and nerve fibers, and the entire body under the skin layer.“Fascia is like a Cinderella among the tissues of our body,” says Tom Myers, the “brain” of integrative anatomy and author of the theory of anatomical trains. “It is the most neglected of all the tissues in our body—at least until recently. However, looking at the fascia is critical to fully understanding and maintaining body function and lifelong health.”

If an adult blocks the experience of feelings once, then this will probably not leave any trace on his appearance. The human psyche is capable of self-healing, and even if he consciously does nothing to experience a blocked feeling, there are still dreams, they help to process daytime impressions. But if you do this from childhood, over and over again, if some of the stresses turn out to be familiar to the psyche ... then in adulthood it can be seen literally with the naked eye.

Until recently, scientists could not detect lymphatic vessels in the cerebral cortex. It was believed that its biological waste was removed through the sinuses of the dura mater. It was not clear how his immune system should work in such a case. Even modern methods like MRI did not give an answer to this question. Antoine Louveau, a professor at the University of Virginia Health System (UAV) laboratory, has made an amazing discovery in the anatomy of the brain...

We offer to look at the spinal column and a description of each vertebra, which vertebra is responsible for what. Doctors have proven that each vertebra is associated with a particular organism. If the vertebrae are damaged, the work of the internal organs associated with them may deteriorate.

The essence of Tibetan breathing exercises is as follows. According to Buddhism, the human body has nineteen energy centers called "whirlwinds" that rotate at high speed in a healthy body. It is they who are responsible for providing all systems of the human body with etheric force. As a result of malfunctioning of one of these vortexes, the flow is weakened or completely blocked, and as a result, this is what we all used to call illness and old age. To push back this moment, there are five simple exercises that help keep the vortices in working condition. This set of exercises constitutes the system of Tibetan rejuvenating gymnastics, the eye of rebirth.

Meditation is beyond the mind, beyond thoughts and feelings, and to get there, one has to come to a state of inner silence. But how then to stop this recalcitrant mind? Quite simply, you need to stop trying to stop him, and give him complete freedom of action. It is impossible to stop the mind from the mind itself, it does not need to. To come to inner silence, you need to learn to go beyond it, to stop feeding it with the energy of your attention. This is exactly what Concentration is for, because it is impossible to explain this “exit”. Concentration over time will lead you to the fact that you can keep the mind in one point. Then, and only then, will you be able to find, be able to feel that very "place" that is beyond it. And a small, or maybe not a small Miracle will happen! You will admire the simplicity of Meditation and realize that you are well acquainted with it and feel at home there. Just at home!