What is an effective music?

Not every music is very wise to say effective. Each of the music may not equally effective. An effective music is acceptable to a wide range of audience.

Science, arts, culture, economy, social structure are the most common factors for an effective music.

With the changing of geography Peoples culture also changes. Social structure, social ethics changes smoothly.

Changing of everything impacts on musical patterns.

Geographical relationship of music is well-known from a long time ago. The structure of japanese music is not as same as American music. Indian music, Arabian music is also so far different in structures.

We know music is a science as well as arts. Science of musical acoustics express the wide theme on music that, why we can say music is a term of science.

Musical acoustic is the study of music and musical instrument in order to produce a good music.

With the changes of social, cultural and economical condition the musicians musical instruments also changes.

Tone and tune have important scientific difference. Only view of musical instrument is converting tone into tune. With the changing of musical instrument structure of tune is also changes.

Another psychological facts is that the acceptance of music by audience is also depends on the audiences cultural view, social view and others.

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Music is a rhythmic sound with harmony and a structural pattern. With the development of theoretical and applied science, the conception of music is changes over time. Though, once music was considered only as an art and creativity, but now musician all over the world do not consider music only as an art and creativity.

Rather, music is considered as art and science.

Without a proper implementation of science, music can not turned into its original feature.

Why we can say music is a complex science.

Music is nothing but a study of physics of sound. Physics of music says that music is an applied form of physics. Music is a part of arts else.

The parts of physics that deals with music and composing of music is called musical acoustic or acoustic physics.

Science of musical acoustic physics gives an idea how musical instrument turns sound into nice music. Acoustics physics mainly focusses on the musical instrument and sound physics.

We can not say each sound as music. Each sound will not same interesting to us. A sound of wood chopping may not very interesting to us, even not same pleasure as a music.

You have ever heard about the term tone and tune. Both of two are not same in meaning. But both two are sound in normal sense. In terms of musical context, Tone and tune are different. Tone is not the elements of music. Tone can not create music. But tune can create music. Tone is transform into tune using musical instrument.

Besides of physics role in music, there have psychological and biological impacts on music. Scientists have proves very scientific way different types of music gives pleasure differently with increasing of endorphin level in body.

Music have a mathematical role. Mathematics of music science shows the mathematical role on music.

One of the most common biological role of music is scientifically creating dance. Do you know how music makes a people to dance. Music and dance are interrelated. Different types of musical pattern makes people to dance differently.

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How was our universe at the initial state of Big Bang? The universe was a hot and dense state. Once the hot and dense state started to expanse.

It is also thought that after few minute of Big Bang matter started to form. After few minute formed lighter element. It is thought that the heavier elements had to taken more times to form.

The abundance of lighter elements in universe is another verification of Big Bang theory.

BBFH theory says that all of the elements of universe were produced in stellar during supernovae period.

BBFH theory have some limitation. Because, BBFH theory can not adequately explain the cause of abundance of helium and deuterium in universe. Stellar theory says that deuterium can not produce in stellar interiors. Exactly, Deuterium will destroy inside the star.

But in universe there have abundance of deuterium. But, how deuterium can be produce?

After big bang when the temperature was rapidly cooling and a favorable temperature achieved that favors Nucleosynthesis. Protons and neutrons collides to produced deuterium.

Big Bang Nucleosynthesis predicts the abundance of helium in universe, deuterium and a smaller amount of lithium else.

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The traditional conception about black hole does not comply with the laws of physics in terms of matter and energy. Black Hole is defined as such region in universe that sucks everything, matter and energy. Nothing can escape from it. Even light and radiation everything is sucked by Black hole.

But, the law of physics says that particle and energy can never destroy forever. Nothing will disappear forever.

If it is true that nothing will disappear forever, then what happens in black hole that leads matter and energy to disappear?

Black hole information paradox can give a solution. Every sucked matter or energy by Black hole may displaced as information code and stored into event horizon of black hole. Event horizon releases these information as Hawking radiation.

Hawking radiation is energy releasing from Black hole through event horizon. Black Hole Information says Hawking radiation is nothing but only a transformed form of information stored in event horizon after sucking up of matter and energy by Black Hole.

Hence, there have a possibility of build up of new universe after sucking up of one universe from the other side of black hole.

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Symmetry is an important part of physics that leads the originating conception of universe. Michel Ramsey-Musolf, Director of Amherst Center for Fundamental Interaction believes that in order to understand ourselves and our place in cosmos, it is more important of understanding of our origin, origin of universe as well as origin of life. This theory leads us to think about the initial state of the universe before the big bang.

Jonathan Feng, a researcher of University of California, Big bang is a time of everything of moving fast and colliding. But after understanding of the definition of big bang a question emerged. In which process everything happened?

Modern physics says that this process was the symmetry breakdown and till now it is on going.

Symmetry is a physical and mathematical context concerned with all biological and non biological matter and energy in universe. In generally symmetry is defined as something same in different position and state. Any transition of matter and energy into another state and matter with unchanged is termed as symmetry. But if in such kinds of transition happen in a changed state is termed as symmetry breakdown.

In order to explain symmetry first we have to understand about a mathematical term that is called normal distribution.

normal distribution is a statistical distribution where every element distribute normally in both side. In our visual sense we may find the example of normal distribution surrounding ourselves. Just from a small Butterfly to big universe, everywhere we may search the phenomenon where we can find the examples of normal distribution that we provide a wide range of idea of symmetry.

A body of a butterfly may divide into two parts in a way that each part will contain the same amount of element. As same as Butterfly, our body also show this. Hence it is easily can say that each organ of butterfly distributed normally into left and right side.

A cricket ball If cut off in such a way that each part will contain the same amount of element, that it should say that each element was distributed normally. Hence, it is a symmetric substance.

Take some amount of grains and allow these to fall into ground. Very wonder you may find they are distributing on ground in a normal distribution.

Normal distribution of matter and energies provides a symmetric structure. Normal distribution means each of the elements are distributed equally in every side. The wings of butterfly distributed normally in both side. Hence, wings of butterfly can take as an example of normal distribution.

An approximate diagram of normal distribution

With the development of modern physics, scientists are tends to concentrate most of the physics phenomenon into symmetry study. The conception of entire universe is exactly a result of symmetry breakdown. The study from the origin of the universe shows us the symmetric structure, from where our existing universe is emerged. During big bang period the state was approximately pure symmetric. With the traveling of time through a symmetry breakdown process the universe got the complex form.

If we return back toward past from now, we forward back to the pure symmetry. The spherical symmetric structure of the universe gives an idea to scientists that we are continuously going to the super symmetry structure.

In the study of physics of time we find a phenomenon that is called space time. The space time is an example of symmetric structure that we find everywhere surrounding us. Visually we find the symmetric structure in animal’s body. In most of the animal’s body shows left and right symmetry. Butterfly and Human body is the proper illustration of such kinds of symmetry. In animals world different structures of symmetry is also available.

The wave and radiation also shows symmetry. Electromagnetic radiation is a one type of symmetric structure that emerged from another type of symmetry breakdown. Scientists believes that electroweak force transforms into two forces by a proper symmetry breakdown. One is electromagnetism and another is weak force.

A symmetric object In generally can explain with lower information than a non symmetric object. Hence, It is clear that symmetry breakdown produces the complex form of matter or energy. Just think water and snowflakes. Snowflakes are the transformed structure of water. Water is more perfectly symmetrical than the snowflakes. Describing the dimension of water is easier than the snowflakes.

The knowledge of symmetry in music science is very important. A rhythm of music is nothing but a result of symmetry breakdown. The musical instrument transforms tone into tune. This process of changing wavelength of any specific wavelength of sound is called tuning. In terms of physics of music is a patterned and structured sound that have harmony and repetition. By a tuning process musical instrument changes the wavelength of sounds and produce a structured patterned of sound with harmony and repetition.

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Theory of everything is just a conception and hopeful topics of physics to establish. But till now such kind of theory is not discovered. But only given a name that is theory of everything. theory of everything is a conceptual basis of physics that says once just a one unique principle will be established that will able to define all of the phenomenon of physics. The research on theory of everything is just an approach of unifying all of the physical law in a one single scheme. It is not clear that when such theory will be established, but scientists are hopeful in this matter that it is not quite impossible. It is quite possible to develop such kinds of theorem that will draw an end of physics theorem into a one unified theorem.

That is to explain philosophically, that establishment of theory of everything is possible. With the advancement of physics different complex terms are getting into unique and simpler term to explain. Everything of the universe is came from a singular point according to general theory of relativity. Different science are starting to merging with each other. Once a time was exist when life science or biology was completely separated with physics, only accepting few physiological process to happen with few rules of physics. But emergence of modern conception of physics, few scientists are starting to think that the life and origin of life may be concentrated into physics law. Not only that It is also thought that once a day may come when life may be in different format. Cosmic life transformation into artificial intelligences may not very far from us. Even, It may be very near future from now. When biological science is getting to merging with physics, which is happening visually, then we can never ignore the probability of finding a unified theory that can explain all of the law of physics.

Theory of everything is a hypothetical theorem for all aspects and theorem of universe that will make a link with other all aspects and theorem. It is a theoretical framework for explaining all of the physical aspects. The realisation of theory of everything is started after establishing of general theory of relativity and quantum field theorem. Both two theories are found with an extraordinary feature, that is all of the phenomenon, except a few unsolved problem, are totally dependable with two theories. Both two theories, general theory of relativity and quantum field theorem became the foundation of modern physics.

Though both of two theories, general theory of relativity and quantum field theorem have a wide-spread place in physics, these have limitation in some case. These are mutually incompatible. Both of these theories should not be simultaneously correct. If one is correct for a one framework, another should not be correct. Again the application of general theory of relativity is not similar with the application of quantum field theorem.

The basic difference and incompatibility of general theory of relativity and quantum field theorem are found in the following cases.

General theory of relativity is concerned with the gravitational force and quantum field theorem is focusses to the non gravitational force. The examples of the non gravitational force are electroweak force, strong force and electromagnetic force. general theory of relativity is concerned with large-scale and low mass. on the other hand quantum field theorem is concerned with in region of small-scale and low mass.

A step of advancement of reaching into a unique theorem was performed by quantum field theorem. Quantum field theorem provided a wide opportunity to implement standard model of particle physics and established a unification theorem which is called grand unification theorem.

To overcoming problem emerged in terms of quantum field theorem and general theory of relativity, there realised a unique theory, may be anyway or by integrating quantum field theorem and general theory of relativity that can able to describe all of the phenomena of universe.

since, theory of everything is till now a hypothetical and in some case philosophical theorem, it is very difficult to give a complete feature of theory of everything. If it became possible to establish a unique ans single theorem for all phenomena of universe, what feature it should be,may be very difficult, but it should be guess and imagine by considering the term of quantum field theorem, general theory of relativity, standard model of particle physics, grand unification theorem, quantum gravity as well as string theory.

String theory is nothing but just a unification theory of four fundamental force. String theory unified these four fundamental force of universe into a single force. If we return back to the past time and looks at the beginning stage of universe we find that once everything was in a single format. Four existing fundamental force are created from a single force.

In physics of symmetry, it is thought that with a symmetry breakdown in a spontaneous process from a single force, four fundamental force of universe is emerged.

string theory also says that in microscopic level, every particles are a combination of vibrating string with prefered pattern of vibration.

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In particle physics quantum field theorem is a mathematical and conceptual term. Due to a large-scale of limitation of quantum mechanics to explain different phenomenon of thysics.In generally to say, quantum field theory is a next and expanded form of quantum mechanics that can give some degree of explanation of physics. It is very difficult to give an accurate definition of quantum field theory for the reason of having a lot of contradictory theory in physics. But it is possible to give most approximately acceptable explanation including achievement and drawbacks.

Quantum field theory have a wide diversified characteristics. There have a certain cause of the diversity of quantum field theorem. Quantum field theorem is a one kind of theory in physics that have a complex story of growing up as well as a complex way. Another problem in quantum field theory is that till now any clear spectrum evidence is not found concerned with quantum field theorem, hence the interpretation of quantum field theorem is very difficult and obscure.

An indescribable relationship of quantum field theory with other theory in physics is important. Quantum field theory have a close connection with classical electrodynamics, special theory of relativity, solid state physics and statistical physics. But explanation of relationship of these term of physics with quantum field theorem can not describe step by step.

When quantum mechanics fails to deal with different terms of physics, therefore, quantum field theorem can make a probable solution of the terms that is already failed to dealing with quantum mechanics. Just for example, electromagnetic field is such kinds of phenomenon that can not accurately deals by quantum mechanics. But quantum field theorem can easily deals this phenomenon. Because only quantum field theorem can explain particle and field in a one unique framework.

For an extraordinary characteristics of quantum field theorem few scientists thought quantum field theorem as a powerful reconciliation of quantum mechanics and special theory of relativity.

There have a certain cause of neglecting quantum mechanics as an appropriate method in electromagnetism

this is for the cause of that electromagnetism is concerned with electrodynamics by which the speed of light is described, is relativistically invariant. hence, it is not compatible with quantum mechanics The scattering also does not alow quantum mechanics as the method of appropriate explanation.

Quantum field theorem have a wide range of beneficial effect on physics. Quantum field theorem already became a major research topics of physicists and philosophies. The incomplete steps of quantum mechanics are about to complete as possible as by using quantum field theorem introduces a new era in physics study. In particle physics quantum field theorem became more important. The accelerating of particles most probably at speed of light gives an opportunity to accept quantum field theorem. Because, for such kinds of acceleration of particles does not allow to neglect relativistic effect.

To describe a system with infinite number of degrees of freedom quantum field theorem is very important.

Malament, in his No-go theory explains that in a single particle, quantum mechanics and locality principle of special theory of relativity is consonants with each other. Quantum field theory is exactly a beautiful merging of quantum mechanics and special theory of relativity of Albert Einstein. Quantum field theorem is provide scientists an authentic way of successful implementation of standard model in particle physics. With the advancement of physics there need an importance of a framework of unified interaction that is known as grand unification theorem. The conception of grand unification theorem is based on quantum field theorem.

Though,unlike standard model in particle physics, general theory of relativity and quantum field theorem, both are considered as the powerful basis of modern physics, yet both of two faces a unique problem that is these two theories are mutually incompatible. In a same case of phenomenon quantum field theorem and general theory of relativity may be incorrect to use simultaneously.

In terms of black hole a noticeable conflict is found that shows the incompatibility of general theory of relativity and quantum field theorem. Exactly the incompatibility between these theorem are found clearly in a small-scale region and high mass.

Due to having incompleteness of quantum field theorem and general theory of relativity, scientists of modern physics tries to discover a new framework by integrating these theories in order to explain all of the phenomena of physics by a unique theorem. Hence, the emergence of theory of everything is happened.

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Standard model in particle physics is the most powerful building block of modern physics and it is thought that the modern physics is based on three framework, standard model, quantum field theorem, general theory of relativity. In order to filling the gaps in physics that was still unsolved by quantum field theorem and general theory of relativity as well as other theories of physics.

standard model is a theorem of matter and energies. standard model puts all of the elementary particles and forces in a one continuum. It is possible to partition of standard model into two separate scheme. these separate schemes are electroweak force and quantum chromodynamics. exactly, standard model is a combined form of electroweak force and quantum chromodynamics. electroweak force is a unified form of electromagnetism and weak force.

Standard model in particle physics Concerned with classifying of all subatomic particles and making a relationship between nuclear electromagnetic force, weak force and strong force. In 1970, standard model of particle physics emerged with a new formulation when the existence of Quarks were proved by experiment. Actually, In particle physics the standard model is developing gradually and most probably gradually. Recent discovery of Higgs Boson particles is an another included developmental step of Standard model of particle physics. Not only Higgs Boson particles but also the discovery of Tau neutrino and Top quarks also gives a developmental process in standard model in particle physics. The historical development of Standard model of particle physics started in 1961, by discovering a way of combining electromagnetic and weak interaction by Sheldon Glashow. By introducing Higgs mechanism into electroweak theory of Glashow gives a modern format of Standard model of particle physics. The acceptability of electroweak theory became increases and got widely acceptable after discovery of neutral weak current. In 1973, CERN discovered neutral weak current that is caused by Z boson exchange. Due to establishing a developmental format of electroweak theory, Sheldon Glashow, Abdus Salam and Weinberg won Nobel prize. The authenticity of standard model of particle physics became a great range of acceptability, when in 1981, w Boson and Z boson discovered experimentally. The prediction of the standard model of particle physics about the mass of particle are found to matching with the mass of W boson and Z boson. Relationship between quantum field theory and standard model is that the quantum field theory gives the mathematical framework of standard model where dynamics and kinematics are controlled by Lagrangian. Standard model is considered as the fundamental theory of all kinds of interaction. Actually standard model is nothing but a paradigm of quantum field theorem that provides a brief description on different complex topics of physics including spontaneous symmetry breaking,anomalies,elaborate symmetry and super symmetry. Challenging of classical standard model is its self consistencies. where experiment allows the existence of mass of neutrinos, in this case classical standard ignores the mass of neutrinos.

Once it was thought that the atoms are the building block of universe. But after discovery of elementary particles this conception became out dated. Scientists now thought about quarks and leptons. A great evidence of acceptability of standard model is found after announcing of finding of new particle by CERN. Recently CERN announced that they have found s special characteristics of particle which behavior is similar with the behavior of the Higgs Boson particles predicted by standard model, which is thought as the origin of mass of particles. Higgs Boson is such kinds of particles that with magically gives mass to other particles.

Standard model is a theory of a fundamental interaction of matter and force.

Different phenomenon of physics are about to reach in a conclusion by considering standard model is getting possible. One of the example about photon, that mediated electromagnetic radiation is now thought that it is the Boson particles of standard model. Because a great range of behavioral similarity is found between photon and boson. One of this is independence with physics of time.

The behavior of Fermion in standard model gives us a complete shape of our universe. Is it symmetrical or not? Very wonderful behavior of Fermion is found that is its spin half rotation. Due to spin half rotation any point of fermion had to rotate 720 degree to reaching of the starting point after a complete rotation. Scientists tried this behavior of fermion to put into universe. In this case they found another same copies of universe may be possible if spin half rotation is considered. Hence, the universe should be spherically symmetrical.

Though standard model is a fundamental there of interaction, it have very serious shortcomings. Some phenomenon in physics can not explain by standard model. The problems in quantum gravity remain unchanged and have no complete solution in standard model. Various types of constant s in nature is still now undefined and unexplained by standard model. Speed of light and charges of electron is the very popular examples of these kinds of constants.

Standard model does not unified all forces in a single scheme. Hence it is not a complete theory of interaction.

Standard model have another great limitation that is a large number of arbitrary constant. From Big Bang theory we already have known about the expansion of universe from a singular point of hot and dense state. The conception about the earlier state of universe into a singular point is known as singularity. Scientists believes that the expansion of universe is accelerating. But standard model of particle physics does not incorporate the accelerating expansion of universe. The explanation of theory of gravitation by general theory of relativity can not incorporate by standard model of particle physics.

Another a big limitation of standard model is found in terms of dark matter. The existence of dark matter by experimental evidence is dissimilar with the prediction of standard model. Because standard model does not includes dark matter conception. Even, neutrino oscillation is not a considerable topics in standard model.

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The plasma is an interesting topics in physics, chemistry and cosmology. In visual sense from our earth we may familiar with different states of matter in universe. In a general view in our earth we may claim about solid, liquid and gas are the states of matter that we find in…]]>

The plasma is an interesting topics in physics, chemistry and cosmology. In visual sense from our earth we may familiar with different states of matter in universe. In a general view in our earth we may claim about solid, liquid and gas are the states of matter that we find in earth. But a fourth state of matter that have been discovered already that is termed as plasma state of matter. The word plasma has come from the Greek language. Plasma means anything formed. Very wonderful things is that it is considered that about 99 percentage of universe is formed with plasma. Plasma is the more abundance state of universe than solid, liquid and gas. What is plasma? Actually, plasma is defined as the ionized gaseous state of matter that is significantly concerned with the temperature. It is thought that the sunlight which is an electromagnetic radiation is produces in…

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